C–U system

1,321 accepted literature values from 1 paper(s) (experimental 892, model 427, unspecified 2); 0 calculated phase diagram(s). 15 further extracted value(s) not accepted by the reader-agreement checks are only in the JSON/CSV.

Data: JSON part 1 · JSON part 2 · JSON part 3 · CSV · interactive explorer · phases (11) · papers (bibliography) · Markdown

Accepted values by evidence class
Evidence class	Values
experimental	892
model	427
unspecified	2

Accepted values by property group
Property group	Values
phase equilibrium	223
formation	70
heat capacity / entropy / enthalpy	928
activity / EMF / Gibbs energy	76
crystal structure	24

Convex hulls: Materials Project DFT hull · OQMD DFT hull · CALPHAD hull UC-01Che

Formation enthalpies

Literature values in kJ/mol-atom where the per-atom basis is known. DFT columns: the lowest-energy entry at the same composition (Materials Project 2026.04.13, OQMD v1.8; different energy references, never averaged), from dft_parity.json.

Enthalpies of formation, C–U system (70)
Phase	Compound	Value	T (K)	Class	MP DFT (kJ/mol-atom)	OQMD DFT (kJ/mol-atom)	Source	Location
C0.500U0.500	UC	-48.534 kJ/mol-atom	298.15	experimental	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001 cites Storms 1967 doi	Table 21, p. 17, row 7 report
C0.500U0.500	UC	-48.534 kJ/mol-atom ± 2.092	298.15	experimental	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001 cites Hultgren 1973	Table 21, p. 17, row 9 report
C0.500U0.500	UC	-48.534 kJ/mol-atom	298.15	model	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001	Table 21, p. 17, row 10 report
C0.500U0.500	UC	-47.488 kJ/mol-atom ± 0.628	298.15	experimental	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 21, p. 17, row 8 report
C0.500U0.500	UC	-46.861 kJ/mol-atom	298.15	experimental	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001 cites Vozella 1964	Table 21, p. 17, row 4 report
C0.500U0.500	UC	-34.727 kJ/mol-atom	298.15	experimental	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001 cites Alcock 1962	Table 21, p. 17, row 3 report
C0.500U0.500(fcc_B1, δ)	UC	-48.534 kJ/mol-atom	298.15	model	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001	Table 34, p. 28, row 1 report
C0.600U0.400(ε)	U2C3	-38.349 kJ/mol-atom	298.15	model	-11.927 (mp-aaaaadwz)	-12.269 (oqmd-5019)	[1] Chevalier 2001	Table 34, p. 28, row 10 report
C0.655U0.345		-31.798 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Benesovsky 1961	Table 21, p. 17, row 11 report
C0.655U0.345		-31.38 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Leitnaker 1962 doi	Table 21, p. 17, row 13 report
C0.655U0.345		-31.38 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Storms 1965	Table 21, p. 17, row 18 report
C0.655U0.345		-30.543 kJ/mol-atom ± 2.929	298.15	experimental			[1] Chevalier 2001 cites Hultgren 1973	Table 21, p. 17, row 25 report
C0.655U0.345		-30.442 kJ/mol-atom ± 2.02	298.15	experimental			[1] Chevalier 2001 cites Huber 1963 doi	Table 21, p. 17, row 22 report
C0.655U0.345		-28.422 kJ/mol-atom ± 4.404	298.15	experimental			[1] Chevalier 2001 cites Huber 1963 doi	Table 21, p. 17, row 20 report
C0.655U0.345		-27.614 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Lonsdale 1962	Table 21, p. 17, row 16 report
C0.655U0.345		-26.835 kJ/mol-atom ± 2.885	298.15	experimental			[1] Chevalier 2001 cites Huber 1963 doi	Table 21, p. 17, row 21 report
C0.655U0.345		-18.41 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Alcock 1962	Table 21, p. 17, row 15 report
C0.665U0.345(bct, α)		-30.533 kJ/mol-atom	298.15	model			[1] Chevalier 2001	Table 34, p. 28, row 9 report
U2C3	U2C3	-41.003 kJ/mol-atom ± 3.347	298.15	experimental	-11.927 (mp-aaaaadwz)	-12.269 (oqmd-5019)	[1] Chevalier 2001 cites Hultgren 1973	Table 21, p. 17, row 28 report
U2C3	U2C3	-38.349 kJ/mol-atom	298.15	model	-11.927 (mp-aaaaadwz)	-12.269 (oqmd-5019)	[1] Chevalier 2001	Table 21, p. 17, row 29 report
U2C3	U2C3	-36.373 kJ/mol-atom ± 1.45	298.15	experimental	-11.927 (mp-aaaaadwz)	-12.269 (oqmd-5019)	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 21, p. 17, row 27 report
UC	UC	-48.534 kJ/mol-atom	298.15	experimental	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001 cites Storms 1965	Table 21, p. 17, row 6 report
UC	UC	-43.932 kJ/mol-atom ± 2.092	298.15	experimental	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001 cites Farr 1959 doi	Table 21, p. 17, row 1 report
UC	UC	-41.422 kJ/mol-atom	298.15	experimental	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001 cites Droege 1959	Table 21, p. 17, row 2 report
UC	UC	-35.146 kJ/mol-atom	298.15	experimental	-11.946 (mp-aaaaadrt)	-12.247 (oqmd-4567)	[1] Chevalier 2001 cites Robinson 1964	Table 21, p. 17, row 5 report
UC1.90		-33.89 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Norman 1964 doi	Table 21, p. 17, row 17 report
UC1.90		-33.325 kJ/mol-atom ± 1.908	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 21, p. 17, row 23 report
UC1.90		-31.798 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Eich 1962	Table 21, p. 17, row 14 report
UC1.90		-30.962 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Piazza 1962 doi	Table 21, p. 17, row 12 report
UC1.90		-30.533 kJ/mol-atom	298.15	model			[1] Chevalier 2001	Table 21, p. 17, row 26 report
UC1.90		-30.298 kJ/mol-atom ± 0.289	298.15	experimental			[1] Chevalier 2001 cites MacLeod 1969	Table 21, p. 17, row 24 report
UC1.90		-30.125 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Behl 1966 doi	Table 21, p. 17, row 19 report
UCx		-48.116 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 18 report
UCx		-47.968 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 17 report
UCx		-47.488 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 19 report
UCx		-46.861 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 21 report
UCx		-46.121 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 32 report
UCx		-45.644 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 15 report
UCx		-45.626 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 29 report
UCx		-45.432 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 16 report
UCx		-44.175 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 31 report
UCx		-44.122 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 33 report
UCx		-43.832 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 28 report
UCx		-43.633 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 27 report
UCx		-43.473 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 25 report
UCx		-43.202 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 30 report
UCx		-42.601 kJ/mol-atom	298.15	model			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 6 report
UCx		-42.248 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 24 report
UCx		-42.022 kJ/mol-atom	298.15	model			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 7 report
UCx		-41.84 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 26 report
UCx		-41.024 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 23 report
UCx		-40.445 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 34 report
UCx		-38.779 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 22 report
UCx		-37.824 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 37 report
UCx		-37.482 kJ/mol-atom	298.15	model			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 8 report
UCx		-37.103 kJ/mol-atom	298.15	model			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 11 report
UCx		-37.036 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 41 report
UCx		-36.208 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 40 report
UCx		-36.012 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 45 report
UCx		-35.982 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 36 report
UCx		-35.313 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 35 report
UCx		-35.234 kJ/mol-atom	298.15	model			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 14 report
UCx		-34.92 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 39 report
UCx		-33.794 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 38 report
UCx		-33.627 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 44 report
UCx		-33.317 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 43 report
UCx		-31.767 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 42 report
UCx		-31.416 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 49 report
UCx		-31.081 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 47 report
UCx		-30.932 kJ/mol-atom	298.15	experimental			[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 48 report

Other properties

Phase equilibrium (223)

Phase equilibrium, C–U system
Property	T (K)	Phases / composition	Class	Source	Location
Phase assemblage	2073	δ(UC) + δ(UC2) alloy: C 0.53079, U 0.46921	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 26 report
Phase assemblage	2073	δ(UC) + δ(UC2) alloy: C 0.50522, U 0.49478	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 30 report
Phase assemblage	2073	δ(UC) + δ(UC2) alloy: C 0.5834, U 0.4166	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 22 report
Phase assemblage	2093	δ(UC) alloy: C 0.52381, U 0.47619	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 1 report
Phase assemblage	2093	δ(UC) + δ(UC2) alloy: C 0.61686, U 0.38314	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 3 report
Phase assemblage	2093	δ(UC) + δ(UC2) alloy: C 0.54545, U 0.45455	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 2 report
Phase assemblage	2093	δ(UC2) alloy: C 0.64286, U 0.35714	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 5 report
Phase assemblage	2093	δ(UC2) alloy: C 0.6341, U 0.3659	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 4 report
Phase assemblage	2173	δ(UC) alloy: C 0.52381, U 0.47619	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 6 report
Phase assemblage	2173	δ(UC) + δ(UC2) alloy: C 0.53079, U 0.46921	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 27 report
Phase assemblage	2173	δ(UC) + δ(UC2) alloy: C 0.5834, U 0.4166	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 23 report
Phase assemblage	2173	δ(UC) + δ(UC2) alloy: C 0.54545, U 0.45455	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 7 report
Phase assemblage	2173	δ(UC) + δ(UC2) alloy: C 0.59839, U 0.40161	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 8 report
Phase assemblage	2173	δ(UC, UC2) alloy: C 0.50522, U 0.49478	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 31 report
Phase assemblage	2173	δ(UC2) alloy: C 0.61686, U 0.38314	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 9 report
Phase assemblage	2273	δ(UC) + δ(UC2) alloy: C 0.56522, U 0.43478	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 11 report
Phase assemblage	2273	δ(UC) + δ(UC2) alloy: C 0.5834, U 0.4166	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 24 report
Phase assemblage	2273	δ(UC) + δ(UC2) alloy: C 0.54545, U 0.45455	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 10 report
Phase assemblage	2273	δ(UC) + δ(UC2) alloy: C 0.53079, U 0.46921	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 28 report
Phase assemblage	2273	δ(UC) + δ(UC2) alloy: C 0.58333, U 0.41667	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 12 report
Phase assemblage	2273	δ(UC, UC2) alloy: C 0.50522, U 0.49478	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 32 report
Phase assemblage	2273	δ(UC2) alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 13 report
Phase assemblage	2343	δ(UC) + δ(UC2) alloy: C 0.54545, U 0.45455	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 14 report
Phase assemblage	2343	δ(UC) + δ(UC2) alloy: C 0.55693, U 0.44307	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 15 report
Phase assemblage	2343	δ(UC2) alloy: C 0.58333, U 0.41667	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 16 report
Phase assemblage	2373	δ(UC, UC2) alloy: C 0.50522, U 0.49478	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 33 report
Phase assemblage	2373	δ(UC, UC2) alloy: C 0.53079, U 0.46921	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 29 report
Phase assemblage	2373	δ(UC, UC2) alloy: C 0.5834, U 0.4166	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 25 report
Phase assemblage	2403	δ(UC2) alloy: C 0.56522, U 0.43478	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 17 report
Phase assemblage	2403	δ(UC2) alloy: C 0.631, U 0.369	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 18 report
Phase composition	939.09	α + UC α: C 6.000e-5, U 0.99994; UC: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Blumenthal 1960	Table 4, p. 6, row 13 report
Phase composition	1044.95	β + UC β: C 2.000e-4, U 0.9998; UC: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Blumenthal 1960	Table 4, p. 6, row 12 report
Phase composition	1044.95	γ + UC γ: C 9.000e-4, U 0.9991; UC: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Blumenthal 1960	Table 4, p. 6, row 11 report
Phase composition	1389.75	γ + UC γ: C 0.00295, U 0.99705; UC: C 0.499, U 0.501	experimental	[1] Chevalier 2001 cites Blumenthal 1960	Table 4, p. 6, row 10 report
Phase composition	1389.76	L + δ-UC L: C 0.0098, U 0.9902; δ-UC: C 0.499, U 0.501	experimental	[1] Chevalier 2001 cites Blumenthal 1960	Table 4, p. 6, row 5 report
Phase composition	1390.15	L + δ-UC + γ-U + L(φ1) + δ-UC(φ2) L: C 0.01153, U 0.98847; δ-UC: C 0.5, U 0.5; L(φ1): C 0.01153, U 0.98847; δ-UC(φ2): C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 28 report
Phase composition	1473	L + δ-UC L: C 0.0141, U 0.9859; δ-UC: C 0.498, U 0.502	experimental	[1] Chevalier 2001 cites Blumenthal 1960	Table 4, p. 6, row 4 report
Phase composition	1473	δ-UC(ϕ1) + U2C3(ϕ2) + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.5, U 0.5; ϕ2: C 0.6, U 0.4; φ1: C 0.5, U 0.5; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Benz 1969	Table 9, p. 9, row 1 report
Phase composition	1523	L + δ-UC L: C 0.0167, U 0.9833; δ-UC: C 0.498, U 0.502	experimental	[1] Chevalier 2001 cites Blumenthal 1960	Table 4, p. 6, row 3 report
Phase composition	1573	L + δ-UC L: C 0.02, U 0.98; δ-UC: C 0.497, U 0.503	experimental	[1] Chevalier 2001 cites Blumenthal 1960	Table 4, p. 6, row 2 report
Phase composition	1573	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.5, U 0.5; ϕ2: C 0.6, U 0.4; φ1: C 0.5, U 0.5; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 2 report
Phase composition	1598	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.5, U 0.5; ϕ2: C 0.6, U 0.4; φ1: C 0.5, U 0.5; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 3 report
Phase composition	1623	L + δ-UC L: C 0.0247, U 0.9753; δ-UC: C 0.496, U 0.504	experimental	[1] Chevalier 2001 cites Blumenthal 1960	Table 4, p. 6, row 1 report
Phase composition	1648	L + δ-UC L: C 0.0194, U 0.9806; δ-UC: C 0.496, U 0.504	experimental	[1] Chevalier 2001 cites Snow 1943	Table 4, p. 6, row 8 report
Phase composition	1648	L + δ-UC L: C 0.0265, U 0.9735; δ-UC: C 0.496, U 0.504	experimental	[1] Chevalier 2001 cites Carter 1943	Table 4, p. 6, row 6 report
Phase composition	1673	L + δ-UC L: C 0.033, U 0.967; δ-UC: C 0.496, U 0.504	experimental	[1] Chevalier 2001 cites Carter 1943	Table 4, p. 6, row 7 report
Phase composition	1673	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.05521, U 0.94479; δ-UC: C 0.496, U 0.504; L(φ1): C 0.05521, U 0.94479; δ-UC(φ2): C 0.496, U 0.504	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 1 report
Phase composition	1673	UC + L + UC(φ1) + L(φ2) UC: C 0.49589, U 0.50411; L: C 0.055, U 0.945; UC(φ1): C 0.49589, U 0.50411; L(φ2): C 0.055, U 0.945	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 18 report
Phase composition	1748	L + δ-UC L: C 0.0325, U 0.9675; δ-UC: C 0.494, U 0.506	experimental	[1] Chevalier 2001 cites Snow 1943	Table 4, p. 6, row 9 report
Phase composition	1773	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.08171, U 0.91829; δ-UC: C 0.495, U 0.505; L(φ1): C 0.08171, U 0.91829; δ-UC(φ2): C 0.495, U 0.505	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 2 report
Phase composition	1773	UC + L + UC(φ1) + L(φ2) UC: C 0.49456, U 0.50544; L: C 0.082, U 0.918; UC(φ1): C 0.49456, U 0.50544; L(φ2): C 0.082, U 0.918	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 19 report
Phase composition	1773	η-UC2(ϕ1) + C1-gra(ϕ2) + U2C3 + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.65577, U 0.34423; ϕ2: C 1, U 0; φ1: C 0.65577, U 0.34423; φ2: C 1, U 0	experimental	[1] Chevalier 2001 cites Benz 1969	Table 9, p. 9, row 47 report
Phase composition	1773	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.5192, U 0.4808; ϕ2: C 0.6, U 0.4; φ1: C 0.5192, U 0.4808; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Secrest 1959 doi	Table 9, p. 9, row 15 report
Phase composition	1793	η-UC2(ϕ1) + C1-gra(ϕ2) + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.65577, U 0.34423; ϕ2: C 1, U 0; φ1: C 0.65577, U 0.34423; φ2: C 1, U 0	experimental	[1] Chevalier 2001	Table 9, p. 9, row 48 report
Phase composition	1793	η-UC2(ϕ1) + U2C3(ϕ2) + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.65278, U 0.34722; ϕ2: C 0.6, U 0.4; φ1: C 0.65278, U 0.34722; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Benz 1969	Table 9, p. 9, row 21 report
Phase composition	1833	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.50249, U 0.49751; ϕ2: C 0.6, U 0.4; φ1: C 0.50249, U 0.49751; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 4 report
Phase composition	1873	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.10987, U 0.89013; δ-UC: C 0.489, U 0.511; L(φ1): C 0.10987, U 0.89013; δ-UC(φ2): C 0.489, U 0.511	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 3 report
Phase composition	1873	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.08724, U 0.91276; δ-UC: C 0.49, U 0.51; L(φ1): C 0.08724, U 0.91276; δ-UC(φ2): C 0.49, U 0.51	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 1 report
Phase composition	1873	UC + L + UC(φ1) + L(φ2) UC: C 0.48927, U 0.51073; L: C 0.11, U 0.89; UC(φ1): C 0.48927, U 0.51073; L(φ2): C 0.11, U 0.89	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 20 report
Phase composition	1873	α-UC2(φ1) + C α-UC2(φ1): C 0.652, U 0.348	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 1 report
Phase composition	1873	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.65577, U 0.34423; ϕ2: C 1, U 0; φ1: C 0.65577, U 0.34423; φ2: C 1, U 0	experimental	[1] Chevalier 2001	Table 9, p. 9, row 49 report
Phase composition	1891	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64912, U 0.35088; ϕ2: C 0.6, U 0.4; φ1: C 0.64912, U 0.35088; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 22 report
Phase composition	1903	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.1357, U 0.8643; δ-UC: C 0.489, U 0.511; L(φ1): C 0.1357, U 0.8643; δ-UC(φ2): C 0.489, U 0.511	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 4 report
Phase composition	1918	α-UC2(φ1) + C α-UC2(φ1): C 0.648, U 0.352	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 2 report
Phase composition	1940	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64029, U 0.35971; ϕ2: C 0.6, U 0.4; φ1: C 0.64029, U 0.35971; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 31 report
Phase composition	1958	α-UC2(φ1) + C α-UC2(φ1): C 0.653, U 0.347	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 3 report
Phase composition	1973	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.15685, U 0.84315; δ-UC: C 0.486, U 0.514; L(φ1): C 0.15685, U 0.84315; δ-UC(φ2): C 0.486, U 0.514	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 5 report
Phase composition	1973	δ-UC(ϕ1) + U2C3(ϕ2) + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.54751, U 0.45249; ϕ2: C 0.6, U 0.4; φ1: C 0.54751, U 0.45249; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Burdick 1955 doi	Table 9, p. 9, row 13 report
Phase composition	1973	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.65577, U 0.34423; ϕ2: C 1, U 0; φ1: C 0.65577, U 0.34423; φ2: C 1, U 0	experimental	[1] Chevalier 2001	Table 9, p. 9, row 50 report
Phase composition	1978	α-UC2(φ1) + C α-UC2(φ1): C 0.653, U 0.347	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 4 report
Phase composition	1990	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64539, U 0.35461; ϕ2: C 0.6, U 0.4; φ1: C 0.64539, U 0.35461; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 23 report
Phase composition	1993	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.50739, U 0.49261; ϕ2: C 0.6, U 0.4; φ1: C 0.50739, U 0.49261; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 5 report
Phase composition	2001	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64286, U 0.35714; ϕ2: C 0.6, U 0.4; φ1: C 0.64286, U 0.35714; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 24 report
Phase composition	2018	α-UC2(φ1) + C α-UC2(φ1): C 0.651, U 0.349	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 5 report
Phase composition	2025	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64158, U 0.35842; ϕ2: C 0.6, U 0.4; φ1: C 0.64158, U 0.35842; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 25 report
Phase composition	2025	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.5098, U 0.4902; ϕ2: C 0.6, U 0.4; φ1: C 0.5098, U 0.4902; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 6 report
Phase composition	2028	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64029, U 0.35971; ϕ2: C 0.6, U 0.4; φ1: C 0.64029, U 0.35971; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 27 report
Phase composition	2033	α-UC2(φ1) + C α-UC2(φ1): C 0.652, U 0.348	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 6 report
Phase composition	2035	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64029, U 0.35971; ϕ2: C 0.6, U 0.4; φ1: C 0.64029, U 0.35971; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 28 report
Phase composition	2037	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.18142, U 0.81858; δ-UC: C 0.484, U 0.516; L(φ1): C 0.18142, U 0.81858; δ-UC(φ2): C 0.484, U 0.516	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 6 report
Phase composition	2038	η-UC2(ϕ1) + C1-gra(ϕ2) + δ-UC2 + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.65577, U 0.34423; ϕ2: C 1, U 0; φ1: C 0.65577, U 0.34423; φ2: C 1, U 0	experimental	[1] Chevalier 2001	Table 9, p. 9, row 51 report
Phase composition	2038	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64029, U 0.35971; ϕ2: C 0.6, U 0.4; φ1: C 0.64029, U 0.35971; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 30 report
Phase composition	2043	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.5098, U 0.4902; ϕ2: C 0.6, U 0.4; φ1: C 0.5098, U 0.4902; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 7 report
Phase composition	2044	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.17665, U 0.82335; δ-UC: C 0.483, U 0.517; L(φ1): C 0.17665, U 0.82335; δ-UC(φ2): C 0.483, U 0.517	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 7 report
Phase composition	2044	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.63899, U 0.36101; ϕ2: C 0.6, U 0.4; φ1: C 0.63899, U 0.36101; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 32 report
Phase composition	2045	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.63899, U 0.36101; ϕ2: C 0.6, U 0.4; φ1: C 0.63899, U 0.36101; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 33 report
Phase composition	2048	η-UC2(ϕ1) + U2C3(ϕ2) + δ-UC2 + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64029, U 0.35971; ϕ2: C 0.6, U 0.4; φ1: C 0.64029, U 0.35971; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 35 report
Phase composition	2048	η-UC2(ϕ1) + U2C3(ϕ2) + δ-UC2 + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.63899, U 0.36101; ϕ2: C 0.6, U 0.4; φ1: C 0.63899, U 0.36101; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 34 report
Phase composition	2051	δ-UC2(ϕ1) + U2C3(ϕ2) + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64029, U 0.35971; ϕ2: C 0.6, U 0.4; φ1: C 0.64029, U 0.35971; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 36 report
Phase composition	2051	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64029, U 0.35971; ϕ2: C 0.6, U 0.4; φ1: C 0.64029, U 0.35971; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 37 report
Phase composition	2053	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.63899, U 0.36101; ϕ2: C 0.6, U 0.4; φ1: C 0.63899, U 0.36101; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 38 report
Phase composition	2054	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.63899, U 0.36101; ϕ2: C 0.6, U 0.4; φ1: C 0.63899, U 0.36101; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 39 report
Phase composition	2055	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.63768, U 0.36232; ϕ2: C 0.6, U 0.4; φ1: C 0.63768, U 0.36232; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 40 report
Phase composition	2059	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.51691, U 0.48309; ϕ2: C 0.6, U 0.4; φ1: C 0.51691, U 0.48309; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 9 report
Phase composition	2062	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.63768, U 0.36232; ϕ2: C 0.6, U 0.4; φ1: C 0.63768, U 0.36232; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 41 report
Phase composition	2065	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.63504, U 0.36496; ϕ2: C 0.6, U 0.4; φ1: C 0.63504, U 0.36496; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 42 report
Phase composition	2073	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.19687, U 0.80313; δ-UC: C 0.483, U 0.517; L(φ1): C 0.19687, U 0.80313; δ-UC(φ2): C 0.483, U 0.517	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 8 report
Phase composition	2073	UC + L + UC(φ1) + L(φ2) UC: C 0.48318, U 0.51682; L: C 0.197, U 0.803; UC(φ1): C 0.48318, U 0.51682; L(φ2): C 0.197, U 0.803	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 21 report
Phase composition	2073	δ-UC(ϕ1) + L + δ-UC + φ1 + φ2 δ-UC: C 0.49239, U 0.50761; L: C 0.2, U 0.8; φ1: C 0.49239, U 0.50761; φ2: C 0.2, U 0.8	experimental	[1] Chevalier 2001	Table 9, p. 10, row 3 report
Phase composition	2073	δ-UC(ϕ1) + L + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.49239, U 0.50761; ϕ2: C 0.2, U 0.8; φ1: C 0.49239, U 0.50761; φ2: C 0.2, U 0.8	experimental	[1] Chevalier 2001	Table 9, p. 9, row 56 report
Phase composition	2073	δ-UC2(φ1) + C δ-UC2(φ1): C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 7 report
Phase composition	2073	δ-UC2(ϕ1) + C1-gra(ϕ2) + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.65577, U 0.34423; ϕ2: C 1, U 0; φ1: C 0.65577, U 0.34423; φ2: C 1, U 0	experimental	[1] Chevalier 2001	Table 9, p. 9, row 52 report
Phase composition	2073	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.55357, U 0.44643; ϕ2: C 0.6, U 0.4; φ1: C 0.55357, U 0.44643; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Rough 1957	Table 9, p. 9, row 14 report
Phase composition	2077	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.51691, U 0.48309; ϕ2: C 0.6, U 0.4; φ1: C 0.51691, U 0.48309; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 10 report
Phase composition	2077	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.63504, U 0.36496; ϕ2: C 0.6, U 0.4; φ1: C 0.63504, U 0.36496; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 43 report
Phase composition	2078	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.51456, U 0.48544; ϕ2: C 0.6, U 0.4; φ1: C 0.51456, U 0.48544; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 8 report
Phase composition	2088	δ-UC2(φ1) + C δ-UC2(φ1): C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 8 report
Phase composition	2091	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.52153, U 0.47847; ϕ2: C 0.6, U 0.4; φ1: C 0.52153, U 0.47847; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 11 report
Phase composition	2091	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.62687, U 0.37313; ϕ2: C 0.6, U 0.4; φ1: C 0.62687, U 0.37313; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 44 report
Phase composition	2093	(UC) + δ(UC2) + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.617, U 0.383; ϕ2: C 0.528, U 0.472; φ1: C 0.617, U 0.383; φ2: C 0.528, U 0.472	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 19 report
Phase composition	2093	δ-UC(ϕ1) + U2C3(ϕ2) + δ-UC2 + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.52381, U 0.47619; ϕ2: C 0.6, U 0.4; φ1: C 0.52381, U 0.47619; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 12 report
Phase composition	2093	δ-UC(ϕ1) + δ-UC2(ϕ2) + U2C3 + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.52381, U 0.47619; ϕ2: C 0.623, U 0.377; φ1: C 0.52381, U 0.47619; φ2: C 0.623, U 0.377	experimental	[1] Chevalier 2001	Table 9, p. 9, row 17 report
Phase composition	2093	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.53488, U 0.46512; ϕ2: C 0.6, U 0.4; φ1: C 0.53488, U 0.46512; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Sears 2001	Table 9, p. 9, row 16 report
Phase composition	2098	δ-UC(ϕ1) + δ-UC2(ϕ2) + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.52381, U 0.47619; ϕ2: C 0.623, U 0.377; φ1: C 0.52381, U 0.47619; φ2: C 0.623, U 0.377	experimental	[1] Chevalier 2001	Table 9, p. 9, row 18 report
Phase composition	2098	δ-UC2(ϕ1) + δ-UC(ϕ2) + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.62264, U 0.37736; ϕ2: C 0.524, U 0.476; φ1: C 0.62264, U 0.37736; φ2: C 0.524, U 0.476	experimental	[1] Chevalier 2001	Table 9, p. 9, row 45 report
Phase composition	2103	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.52381, U 0.47619; ϕ2: C 0.623, U 0.377; φ1: C 0.52381, U 0.47619; φ2: C 0.623, U 0.377	experimental	[1] Chevalier 2001	Table 9, p. 9, row 19 report
Phase composition	2103	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.62264, U 0.37736; ϕ2: C 0.524, U 0.476; φ1: C 0.62264, U 0.37736; φ2: C 0.524, U 0.476	experimental	[1] Chevalier 2001	Table 9, p. 9, row 46 report
Phase composition	2113	δ-UC2(φ1) + C δ-UC2(φ1): C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 9 report
Phase composition	2113	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.52607, U 0.47393; ϕ2: C 0.624, U 0.376; φ1: C 0.52607, U 0.47393; φ2: C 0.624, U 0.376	experimental	[1] Chevalier 2001 cites Wilson 1960	Table 9, p. 9, row 20 report
Phase composition	2123	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.21221, U 0.78779; δ-UC: C 0.48, U 0.52; L(φ1): C 0.21221, U 0.78779; δ-UC(φ2): C 0.48, U 0.52	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 9 report
Phase composition	2159	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.22832, U 0.77168; δ-UC: C 0.481, U 0.519; L(φ1): C 0.22832, U 0.77168; δ-UC(φ2): C 0.481, U 0.519	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 10 report
Phase composition	2173	δ-UC2(φ1) + C δ-UC2(φ1): C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 10 report
Phase composition	2173	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.61, U 0.39; ϕ2: C 0.531, U 0.469; φ1: C 0.61, U 0.39; φ2: C 0.531, U 0.469	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 20 report
Phase composition	2218	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.5015, U 0.4985	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 1 report
Phase composition	2220	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.50199, U 0.49801	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 3 report
Phase composition	2221	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.5015, U 0.4985	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 2 report
Phase composition	2223	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.23674, U 0.76326; δ-UC: C 0.478, U 0.522; L(φ1): C 0.23674, U 0.76326; δ-UC(φ2): C 0.478, U 0.522	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 11 report
Phase composition	2223	UC + L + UC(φ1) + L(φ2) UC: C 0.47832, U 0.52168; L: C 0.237, U 0.763; UC(φ1): C 0.47832, U 0.52168; L(φ2): C 0.237, U 0.763	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 22 report
Phase composition	2243	δ-UC2(φ1) + C δ-UC2(φ1): C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 11 report
Phase composition	2253	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.50249, U 0.49751	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 4 report
Phase composition	2273	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.25977, U 0.74023; δ-UC: C 0.479, U 0.521; L(φ1): C 0.25977, U 0.74023; δ-UC(φ2): C 0.479, U 0.521	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 2 report
Phase composition	2273	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.25988, U 0.74012; δ-UC: C 0.476, U 0.524; L(φ1): C 0.25988, U 0.74012; δ-UC(φ2): C 0.476, U 0.524	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 12 report
Phase composition	2273	δ-UC(ϕ1) + L + δ-UC + φ1 + φ2 δ-UC: C 0.49239, U 0.50761; L: C 0.2, U 0.8; φ1: C 0.49239, U 0.50761; φ2: C 0.2, U 0.8	experimental	[1] Chevalier 2001	Table 9, p. 10, row 4 report
Phase composition	2273	δ-UC(ϕ1) + L + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.49239, U 0.50761; ϕ2: C 0.2, U 0.8; φ1: C 0.49239, U 0.50761; φ2: C 0.2, U 0.8	experimental	[1] Chevalier 2001	Table 9, p. 9, row 57 report
Phase composition	2273	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.65695, U 0.34305; ϕ2: C 1, U 0; φ1: C 0.65695, U 0.34305; φ2: C 1, U 0	experimental	[1] Chevalier 2001	Table 9, p. 9, row 53 report
Phase composition	2273	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.592, U 0.408; ϕ2: C 0.537, U 0.463; φ1: C 0.592, U 0.408; φ2: C 0.537, U 0.463	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 21 report
Phase composition	2275	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.50788, U 0.49212	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 7 report
Phase composition	2294	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.50471, U 0.49529	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 5 report
Phase composition	2303	δ-UC2(φ1) + C δ-UC2(φ1): C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 12 report
Phase composition	2319	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.50884, U 0.49116	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 8 report
Phase composition	2323	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.28797, U 0.71203; δ-UC: C 0.478, U 0.522; L(φ1): C 0.28797, U 0.71203; δ-UC(φ2): C 0.478, U 0.522	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 13 report
Phase composition	2323	UC + L + UC(φ1) + L(φ2) UC: C 0.47832, U 0.52168; L: C 0.288, U 0.712; UC(φ1): C 0.47832, U 0.52168; L(φ2): C 0.288, U 0.712	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 23 report
Phase composition	2326	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.50642, U 0.49358	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 6 report
Phase composition	2328	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.51052, U 0.48948	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 9 report
Phase composition	2328	δ-UC2(φ1) + C δ-UC2(φ1): C 0.657, U 0.343	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 13 report
Phase composition	2343	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.576, U 0.424; ϕ2: C 0.541, U 0.459; φ1: C 0.576, U 0.424; φ2: C 0.541, U 0.459	experimental	[1] Chevalier 2001 cites Sears 1966 doi	Table 7, p. 8, row 22 report
Phase composition	2348	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.511, U 0.489	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 10 report
Phase composition	2353	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.51527, U 0.48473	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 11 report
Phase composition	2357	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.51737, U 0.48263	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 12 report
Phase composition	2371	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.51691, U 0.48309	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 13 report
Phase composition	2381	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.51946, U 0.48054	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 14 report
Phase composition	2413	δ-UC2(φ1) + C δ-UC2(φ1): C 0.658, U 0.342	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 14 report
Phase composition	2415	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.51923, U 0.48077	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 15 report
Phase composition	2423	UC + L + UC(φ1) + L(φ2) UC: C 0.4755, U 0.5245; L: C 0.332, U 0.668; UC(φ1): C 0.4755, U 0.5245; L(φ2): C 0.332, U 0.668	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 24 report
Phase composition	2433	δ-UC2(φ1) + C δ-UC2(φ1): C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 15 report
Phase composition	2437	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.33186, U 0.66814; δ-UC: C 0.476, U 0.524; L(φ1): C 0.33186, U 0.66814; δ-UC(φ2): C 0.476, U 0.524	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 14 report
Phase composition	2473	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.34598, U 0.65402; δ-UC: C 0.478, U 0.522; L(φ1): C 0.34598, U 0.65402; δ-UC(φ2): C 0.478, U 0.522	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 3 report
Phase composition	2523	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.36536, U 0.63464; δ-UC: C 0.476, U 0.524; L(φ1): C 0.36536, U 0.63464; δ-UC(φ2): C 0.476, U 0.524	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 15 report
Phase composition	2523	UC + L + UC(φ1) + L(φ2) UC: C 0.4755, U 0.5245; L: C 0.365, U 0.635; UC(φ1): C 0.4755, U 0.5245; L(φ2): C 0.365, U 0.635	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 25 report
Phase composition	2533	δ-UC(ϕ1) + δ-UC(ϕ2) δ-UC(ϕ1): C 0.5183, U 0.4817	experimental	[1] Chevalier 2001 cites Scher 1975	Table 10, p. 11, row 16 report
Phase composition	2553	δ-UC2(φ1) + C δ-UC2(φ1): C 0.658, U 0.342	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 16 report
Phase composition	2573	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.39812, U 0.60188; δ-UC: C 0.479, U 0.521; L(φ1): C 0.39812, U 0.60188; δ-UC(φ2): C 0.479, U 0.521	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 4 report
Phase composition	2573	δ-UC2(φ1) + C δ-UC2(φ1): C 0.658, U 0.342	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 17 report
Phase composition	2623	UC + L + UC(φ1) + L(φ2) UC: C 0.4769, U 0.5231; L: C 0.396, U 0.604; UC(φ1): C 0.4769, U 0.5231; L(φ2): C 0.396, U 0.604	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 26 report
Phase composition	2633	δ-UC2(φ1) + C δ-UC2(φ1): C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Storms 1967 doi	Table 8, p. 8, row 18 report
Phase composition	2653	δ-(UC, UC2) + L + δ-(UC, UC2)(φ1) + L(φ2) δ-(UC, UC2): C 0.56325, U 0.43675; L: C 0.573, U 0.427; δ-(UC, UC2)(φ1): C 0.56325, U 0.43675; L(φ2): C 0.573, U 0.427	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 17 report
Phase composition	2655	L + δ-UC, UC2 + φ1 + φ2 L: C 0.6, U 0.4; δ-UC, UC2: C 0.6, U 0.4; φ1: C 0.6, U 0.4; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 10, row 14 report
Phase composition	2655	L + δ-UC, UC2 + φ1 + φ2 L: C 0.62264, U 0.37736; δ-UC, UC2: C 0.623, U 0.377; φ1: C 0.62264, U 0.37736; φ2: C 0.623, U 0.377	experimental	[1] Chevalier 2001	Table 9, p. 10, row 16 report
Phase composition	2655	L + δ-UC, UC2 + φ1 + φ2 L: C 0.59184, U 0.40816; δ-UC, UC2: C 0.592, U 0.408; φ1: C 0.59184, U 0.40816; φ2: C 0.592, U 0.408	experimental	[1] Chevalier 2001	Table 9, p. 10, row 13 report
Phase composition	2655	L + δ-UC, UC2 + φ1 + φ2 L: C 0.62963, U 0.37037; δ-UC, UC2: C 0.63, U 0.37; φ1: C 0.62963, U 0.37037; φ2: C 0.63, U 0.37	experimental	[1] Chevalier 2001	Table 9, p. 10, row 17 report
Phase composition	2655	L + δ-UC, UC2 + φ1 + φ2 L: C 0.61538, U 0.38462; δ-UC, UC2: C 0.615, U 0.385; φ1: C 0.61538, U 0.38462; φ2: C 0.615, U 0.385	experimental	[1] Chevalier 2001	Table 9, p. 10, row 15 report
Phase composition	2655	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.6, U 0.4; ϕ2: C 0.6, U 0.4; φ1: C 0.6, U 0.4; φ2: C 0.6, U 0.4	experimental	[1] Chevalier 2001	Table 9, p. 9, row 67 report
Phase composition	2655	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.59184, U 0.40816; ϕ2: C 0.592, U 0.408; φ1: C 0.59184, U 0.40816; φ2: C 0.592, U 0.408	experimental	[1] Chevalier 2001	Table 9, p. 9, row 66 report
Phase composition	2655	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.62963, U 0.37037; ϕ2: C 0.63, U 0.37; φ1: C 0.62963, U 0.37037; φ2: C 0.63, U 0.37	experimental	[1] Chevalier 2001	Table 9, p. 9, row 70 report
Phase composition	2655	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.62264, U 0.37736; ϕ2: C 0.623, U 0.377; φ1: C 0.62264, U 0.37736; φ2: C 0.623, U 0.377	experimental	[1] Chevalier 2001	Table 9, p. 9, row 69 report
Phase composition	2655	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.61538, U 0.38462; ϕ2: C 0.615, U 0.385; φ1: C 0.61538, U 0.38462; φ2: C 0.615, U 0.385	experimental	[1] Chevalier 2001	Table 9, p. 9, row 68 report
Phase composition	2663	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.50414, U 0.49586; δ-UC: C 0.483, U 0.517; L(φ1): C 0.50414, U 0.49586; δ-UC(φ2): C 0.483, U 0.517	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 5 report
Phase composition	2663	δ-(UC, UC2) + L + δ-(UC, UC2)(φ1) + L(φ2) δ-(UC, UC2): C 0.61977, U 0.38023; L: C 0.61, U 0.39; δ-(UC, UC2)(φ1): C 0.61977, U 0.38023; L(φ2): C 0.61, U 0.39	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 20 report
Phase composition	2668	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.50736, U 0.49264; δ-UC: C 0.483, U 0.517; L(φ1): C 0.50736, U 0.49264; δ-UC(φ2): C 0.483, U 0.517	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 6 report
Phase composition	2668	L + δ-UC, UC2 + φ1 + φ2 L: C 0.58334, U 0.41666; δ-UC, UC2: C 0.583, U 0.417; φ1: C 0.58334, U 0.41666; φ2: C 0.583, U 0.417	experimental	[1] Chevalier 2001	Table 9, p. 10, row 12 report
Phase composition	2668	L + δ-UC, UC2 + φ1 + φ2 L: C 0.64286, U 0.35714; δ-UC, UC2: C 0.643, U 0.357; φ1: C 0.64286, U 0.35714; φ2: C 0.643, U 0.357	experimental	[1] Chevalier 2001	Table 9, p. 10, row 18 report
Phase composition	2668	δ-(UC, UC2) + L + δ-(UC, UC2)(φ1) + L(φ2) δ-(UC, UC2): C 0.63717, U 0.36283; L: C 0.627, U 0.373; δ-(UC, UC2)(φ1): C 0.63717, U 0.36283; L(φ2): C 0.627, U 0.373	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 21 report
Phase composition	2668	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.58334, U 0.41666; ϕ2: C 0.583, U 0.417; φ1: C 0.58334, U 0.41666; φ2: C 0.583, U 0.417	experimental	[1] Chevalier 2001	Table 9, p. 9, row 65 report
Phase composition	2668	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.64286, U 0.35714; ϕ2: C 0.643, U 0.357; φ1: C 0.64286, U 0.35714; φ2: C 0.643, U 0.357	experimental	[1] Chevalier 2001	Table 9, p. 9, row 71 report
Phase composition	2673	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.42027, U 0.57973; δ-UC: C 0.478, U 0.522; L(φ1): C 0.42027, U 0.57973; δ-UC(φ2): C 0.478, U 0.522	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 16 report
Phase composition	2683	δ-(UC, UC2) + L + δ-(UC, UC2)(φ1) + L(φ2) δ-(UC, UC2): C 0.60592, U 0.39408; L: C 0.596, U 0.404; δ-(UC, UC2)(φ1): C 0.60592, U 0.39408; L(φ2): C 0.596, U 0.404	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 19 report
Phase composition	2683	δ-(UC, UC2) + L + δ-(UC, UC2)(φ1) + L(φ2) δ-(UC, UC2): C 0.5834, U 0.4166; L: C 0.593, U 0.407; δ-(UC, UC2)(φ1): C 0.5834, U 0.4166; L(φ2): C 0.593, U 0.407	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 18 report
Phase composition	2691	L + δ-UC, UC2 + φ1 + φ2 L: C 0.55556, U 0.44444; δ-UC, UC2: C 0.556, U 0.444; φ1: C 0.55556, U 0.44444; φ2: C 0.556, U 0.444	experimental	[1] Chevalier 2001	Table 9, p. 10, row 11 report
Phase composition	2691	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.55556, U 0.44444; ϕ2: C 0.556, U 0.444; φ1: C 0.55556, U 0.44444; φ2: C 0.556, U 0.444	experimental	[1] Chevalier 2001	Table 9, p. 9, row 64 report
Phase composition	2703	L + C1-gra + φ1 + φ2 L: C 0.66887, U 0.33113; C1-gra: C 1, U 0; φ1: C 0.66887, U 0.33113; φ2: C 1, U 0	experimental	[1] Chevalier 2001	Table 9, p. 10, row 2 report
Phase composition	2703	L + δ-UC, UC2 + φ1 + φ2 L: C 0.65517, U 0.34483; δ-UC, UC2: C 0.655, U 0.345; φ1: C 0.65517, U 0.34483; φ2: C 0.655, U 0.345	experimental	[1] Chevalier 2001	Table 9, p. 10, row 19 report
Phase composition	2703	L(ϕ1) + C1-gra(ϕ2) + δ-UC2 + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.66887, U 0.33113; ϕ2: C 1, U 0; φ1: C 0.66887, U 0.33113; φ2: C 1, U 0	experimental	[1] Chevalier 2001	Table 9, p. 9, row 55 report
Phase composition	2703	δ-UC2 + C1-gra + φ1 + φ2 δ-UC2: C 0.66216, U 0.33784; C1-gra: C 1, U 0; φ1: C 0.66216, U 0.33784; φ2: C 1, U 0	experimental	[1] Chevalier 2001	Table 9, p. 10, row 1 report
Phase composition	2703	δ-UC2(ϕ1) + C1-gra(ϕ2) + L + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.66216, U 0.33784; ϕ2: C 1, U 0; φ1: C 0.66216, U 0.33784; φ2: C 1, U 0	experimental	[1] Chevalier 2001	Table 9, p. 9, row 54 report
Phase composition	2703	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.65517, U 0.34483; ϕ2: C 0.655, U 0.345; φ1: C 0.65517, U 0.34483; φ2: C 0.655, U 0.345	experimental	[1] Chevalier 2001	Table 9, p. 9, row 72 report
Phase composition	2713	L + δ-UC, UC2 + φ1 + φ2 L: C 0.66102, U 0.33898; δ-UC, UC2: C 0.661, U 0.339; φ1: C 0.66102, U 0.33898; φ2: C 0.661, U 0.339	experimental	[1] Chevalier 2001	Table 9, p. 10, row 21 report
Phase composition	2713	L + δ-UC, UC2 + φ1 + φ2 L: C 0.65753, U 0.34247; δ-UC, UC2: C 0.658, U 0.342; φ1: C 0.65753, U 0.34247; φ2: C 0.658, U 0.342	experimental	[1] Chevalier 2001	Table 9, p. 10, row 20 report
Phase composition	2713	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.66102, U 0.33898; ϕ2: C 0.661, U 0.339; φ1: C 0.66102, U 0.33898; φ2: C 0.661, U 0.339	experimental	[1] Chevalier 2001	Table 9, p. 9, row 74 report
Phase composition	2713	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.65753, U 0.34247; ϕ2: C 0.658, U 0.342; φ1: C 0.65753, U 0.34247; φ2: C 0.658, U 0.342	experimental	[1] Chevalier 2001	Table 9, p. 9, row 73 report
Phase composition	2723	L + δ-(UC, UC2) + L(φ1) + δ-(UC, UC2)(φ2) L: C 0.56325, U 0.43675; δ-(UC, UC2): C 0.553, U 0.447; L(φ1): C 0.56325, U 0.43675; δ-(UC, UC2)(φ2): C 0.553, U 0.447	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 7 report
Phase composition	2723	L + δ-UC + L(φ1) + δ-UC(φ2) L: C 0.43672, U 0.56328; δ-UC: C 0.482, U 0.518; L(φ1): C 0.43672, U 0.56328; δ-UC(φ2): C 0.482, U 0.518	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 17 report
Phase composition	2723	UC + L + UC(φ1) + L(φ2) UC: C 0.48248, U 0.51752; L: C 0.437, U 0.563; UC(φ1): C 0.48248, U 0.51752; L(φ2): C 0.437, U 0.563	experimental	[1] Chevalier 2001 cites Guinet 1965	Table 6, p. 7, row 27 report
Phase composition	2728	L + δ-(UC, UC2) + L(φ1) + δ-(UC, UC2)(φ2) L: C 0.5834, U 0.4166; δ-(UC, UC2): C 0.573, U 0.427; L(φ1): C 0.5834, U 0.4166; δ-(UC, UC2)(φ2): C 0.573, U 0.427	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 8 report
Phase composition	2733	L + δ-(UC, UC2) + L(φ1) + δ-(UC, UC2)(φ2) L: C 0.60592, U 0.39408; δ-(UC, UC2): C 0.616, U 0.384; L(φ1): C 0.60592, U 0.39408; δ-(UC, UC2)(φ2): C 0.616, U 0.384	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 9 report
Phase composition	2738	L + δ-UC, UC2 + φ1 + φ2 L: C 0.53488, U 0.46512; δ-UC, UC2: C 0.535, U 0.465; φ1: C 0.53488, U 0.46512; φ2: C 0.535, U 0.465	experimental	[1] Chevalier 2001	Table 9, p. 10, row 10 report
Phase composition	2738	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.53488, U 0.46512; ϕ2: C 0.535, U 0.465; φ1: C 0.53488, U 0.46512; φ2: C 0.535, U 0.465	experimental	[1] Chevalier 2001	Table 9, p. 9, row 63 report
Phase composition	2743	L + δ-UC, UC2 + φ1 + φ2 L: C 0.4898, U 0.5102; δ-UC, UC2: C 0.49, U 0.51; φ1: C 0.4898, U 0.5102; φ2: C 0.49, U 0.51	experimental	[1] Chevalier 2001	Table 9, p. 10, row 5 report
Phase composition	2743	L/δ-UC + UC2 + ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.4898, U 0.5102; ϕ2: C 0.49, U 0.51; φ1: C 0.4898, U 0.5102; φ2: C 0.49, U 0.51	experimental	[1] Chevalier 2001	Table 9, p. 9, row 58 report
Phase composition	2749	L + δ-UC, UC2 + φ1 + φ2 L: C 0.52381, U 0.47619; δ-UC, UC2: C 0.524, U 0.476; φ1: C 0.52381, U 0.47619; φ2: C 0.524, U 0.476	experimental	[1] Chevalier 2001	Table 9, p. 10, row 9 report
Phase composition	2749	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.52381, U 0.47619; ϕ2: C 0.524, U 0.476; φ1: C 0.52381, U 0.47619; φ2: C 0.524, U 0.476	experimental	[1] Chevalier 2001	Table 9, p. 9, row 62 report
Phase composition	2753	L + δ-(UC2) + L(φ1) + δ-(UC2)(φ2) L: C 0.66216, U 0.33784; δ-(UC2): C 0.655, U 0.345; L(φ1): C 0.66216, U 0.33784; δ-(UC2)(φ2): C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 12 report
Phase composition	2755	L + δ-UC, UC2 + φ1 + φ2 L: C 0.5122, U 0.4878; δ-UC, UC2: C 0.521, U 0.479; φ1: C 0.5122, U 0.4878; φ2: C 0.521, U 0.479	experimental	[1] Chevalier 2001	Table 9, p. 10, row 8 report
Phase composition	2755	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.5122, U 0.4878; ϕ2: C 0.521, U 0.479; φ1: C 0.5122, U 0.4878; φ2: C 0.521, U 0.479	experimental	[1] Chevalier 2001	Table 9, p. 9, row 61 report
Phase composition	2758	L + δ-(UC, UC2) + L(φ1) + δ-(UC, UC2)(φ2) L: C 0.63717, U 0.36283; δ-(UC, UC2): C 0.647, U 0.353; L(φ1): C 0.63717, U 0.36283; δ-(UC, UC2)(φ2): C 0.647, U 0.353	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 11 report
Phase composition	2758	L + δ-(UC, UC2) + L(φ1) + δ-(UC, UC2)(φ2) L: C 0.61977, U 0.38023; δ-(UC, UC2): C 0.63, U 0.37; L(φ1): C 0.61977, U 0.38023; δ-(UC, UC2)(φ2): C 0.63, U 0.37	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 10 report
Phase composition	2762	L + δ-UC, UC2 + φ1 + φ2 L: C 0.5, U 0.5; δ-UC, UC2: C 0.5, U 0.5; φ1: C 0.5, U 0.5; φ2: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 9, p. 10, row 7 report
Phase composition	2762	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.5, U 0.5; ϕ2: C 0.5, U 0.5; φ1: C 0.5, U 0.5; φ2: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 9, p. 9, row 60 report
Phase composition	2763	L + δ-UC, UC2 + φ1 + φ2 L: C 0.49749, U 0.50251; δ-UC, UC2: C 0.497, U 0.503; φ1: C 0.49749, U 0.50251; φ2: C 0.497, U 0.503	experimental	[1] Chevalier 2001	Table 9, p. 10, row 6 report
Phase composition	2763	ϕ1 + ϕ2 + φ1 + φ2 ϕ1: C 0.49749, U 0.50251; ϕ2: C 0.497, U 0.503; φ1: C 0.49749, U 0.50251; φ2: C 0.497, U 0.503	experimental	[1] Chevalier 2001	Table 9, p. 9, row 59 report
Phase composition	2773	L + C + L(φ1) + C(φ2) L: C 0.67713, U 0.32287; C: C 0.655, U 0.345; L(φ1): C 0.67713, U 0.32287; C(φ2): C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 13 report
Phase composition	2873	L + C + L(φ1) + C(φ2) L: C 0.71009, U 0.28991; C: C 1, U 0; L(φ1): C 0.71009, U 0.28991; C(φ2): C 1, U 0	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 14 report
Phase composition	2953	L + C + L(φ1) + C(φ2) L: C 0.71009, U 0.28991; C: C 1, U 0; L(φ1): C 0.71009, U 0.28991; C(φ2): C 1, U 0	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 15 report
Phase composition	2973	L + C + L(φ1) + C(φ2) L: C 0.7299, U 0.2701; C: C 1, U 0; L(φ1): C 0.7299, U 0.2701; C(φ2): C 1, U 0	experimental	[1] Chevalier 2001 cites Mallet 1952	Table 3, p. 5, row 16 report

Heat capacity / entropy / enthalpy (928)

Heat capacity / entropy / enthalpy, C–U system
Property	Value	T (K)	Phases / composition	Class	Source	Location
Entropy printed: S°(298)	29.8738 J/mol-atom/K	298.15	C0.500U0.500 alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Hultgren 1973	Table 21, p. 17, row 33 report
Entropy printed: S°(298)	29.6018 J/mol-atom/K	298.15	C0.500U0.500 alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 21, p. 17, row 31 report
Entropy printed: S°(298)	29.8738 J/mol-atom/K	298.15	C0.500U0.500 alloy: C 0.5, U 0.5	model	[1] Chevalier 2001	Table 21, p. 17, row 34 report
Entropy printed: S°298.15	29.874 J/mol-atom/K	298.15	C0.500U0.500(fcc_B1, δ) alloy: C 0.5, U 0.5	model	[1] Chevalier 2001	Table 34, p. 28, row 1 report
Entropy printed: S°298.15	26.68 J/mol-atom/K	298.15	C0.600U0.400(ε) alloy: C 0.6, U 0.4	model	[1] Chevalier 2001	Table 34, p. 28, row 10 report
Entropy printed: S°(298)	23.973 J/mol-atom/K	298.15	C0.655U0.345 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 21, p. 17, row 40 report
Entropy printed: S°(298)	23.4793 J/mol-atom/K	298.15	C0.655U0.345 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 21, p. 17, row 37 report
Entropy printed: S°298.15	23.973 J/mol-atom/K	298.15	C0.665U0.345(bct, α) alloy: C 0.658416, U 0.341584	model	[1] Chevalier 2001	Table 34, p. 28, row 9 report
Entropy printed: S°T	24.0758 J/mol-atom/K	298.15	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 1 report
Entropy printed: S°T	23.5602 J/mol-atom/K	298.15	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 1 report
Entropy printed: S°T	29.6018 J/mol-atom/K	298.15	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 1 report
Entropy printed: S°T	29.8738 J/mol-atom/K	298.15	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 1 report
Entropy printed: S°(298)	27.5726 J/mol-atom/K	298.15	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Hultgren 1973	Table 21, p. 17, row 41 report
Entropy printed: S°(298)	26.68 J/mol-atom/K	298.15	U2C3 alloy: C 0.6, U 0.4	model	[1] Chevalier 2001	Table 21, p. 17, row 43 report
Entropy printed: S°(298)	27.5558 J/mol-atom/K	298.15	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 21, p. 17, row 42 report
Entropy printed: S°(298)	29.8738 J/mol-atom/K	298.15	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 21, p. 17, row 30 report
Entropy printed: S°(298)	29.6018 J/mol-atom/K	298.15	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 21, p. 17, row 32 report
Entropy printed: S°T	23.5314 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 16 report
Entropy printed: S°(298)	24.0758 J/mol-atom/K	298.15	UC1.90 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 21, p. 17, row 35 report
Entropy printed: S°(298)	23.5602 J/mol-atom/K	298.15	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 21, p. 17, row 38 report
Entropy printed: S°(298)	23.5314 J/mol-atom/K	298.15	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 21, p. 17, row 36 report
Entropy printed: S°(298)	23.2212 J/mol-atom/K	298.15	UC1.90 alloy: C 0.66, U 0.34	experimental	[1] Chevalier 2001 cites Hultgren 1973	Table 21, p. 17, row 39 report
Entropy printed: S°T	24.2044 J/mol-atom/K	300	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 2 report
Entropy printed: S°T	30.0202 J/mol-atom/K	300	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 2 report
Entropy printed: S°T	23.618 J/mol-atom/K	300	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 17 report
Entropy printed: S°T	25.9697 J/mol-atom/K	330	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 18 report
Entropy printed: S°T	30.5732 J/mol-atom/K	400	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 3 report
Entropy printed: S°T	37.6351 J/mol-atom/K	400	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 3 report
Entropy printed: S°T	30.1248 J/mol-atom/K	400	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 19 report
Entropy printed: S°T	35.971 J/mol-atom/K	500	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 4 report
Entropy printed: S°T	35.7372 J/mol-atom/K	500	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 2 report
Entropy printed: S°T	43.8692 J/mol-atom/K	500	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 4 report
Entropy printed: S°T	43.5554 J/mol-atom/K	500	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 2 report
Entropy printed: S°T	35.9247 J/mol-atom/K	500	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 20 report
Entropy printed: S°T	40.6405 J/mol-atom/K	600	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 5 report
Entropy printed: S°T	48.8645 J/mol-atom/K	600	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 5 report
Entropy printed: S°T	40.1231 J/mol-atom/K	600	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 21 report
Entropy printed: S°T	44.7245 J/mol-atom/K	700	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 6 report
Entropy printed: S°T	44.4225 J/mol-atom/K	700	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 3 report
Entropy printed: S°T	53.6389 J/mol-atom/K	700	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 6 report
Entropy printed: S°T	53.346 J/mol-atom/K	700	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 3 report
Entropy printed: S°T	44.2061 J/mol-atom/K	700	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 22 report
Entropy printed: S°T	48.3516 J/mol-atom/K	800	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 7 report
Entropy printed: S°T	57.6137 J/mol-atom/K	800	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 7 report
Entropy printed: S°T	47.8419 J/mol-atom/K	800	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 23 report
Entropy printed: S°T	51.5932 J/mol-atom/K	900	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 8 report
Entropy printed: S°T	51.1602 J/mol-atom/K	900	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 4 report
Entropy printed: S°T	60.919 J/mol-atom/K	900	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 4 report
Entropy printed: S°T	61.191 J/mol-atom/K	900	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 8 report
Entropy printed: S°T	51.1025 J/mol-atom/K	900	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 24 report
Entropy printed: S°T	54.5634 J/mol-atom/K	1000	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 9 report
Entropy printed: S°T	64.4336 J/mol-atom/K	1000	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 9 report
Entropy printed: S°T	54.089 J/mol-atom/K	1000	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 25 report
Entropy printed: S°T	57.2908 J/mol-atom/K	1100	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 10 report
Entropy printed: S°T	56.8014 J/mol-atom/K	1100	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 5 report
Entropy printed: S°T	67.4042 J/mol-atom/K	1100	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 10 report
Entropy printed: S°T	67.1532 J/mol-atom/K	1100	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 5 report
Entropy printed: S°T	56.8014 J/mol-atom/K	1100	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 26 report
Entropy printed: S°T	59.8612 J/mol-atom/K	1200	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 11 report
Entropy printed: S°T	70.1866 J/mol-atom/K	1200	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 11 report
Entropy printed: S°T	59.3407 J/mol-atom/K	1200	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 27 report
Entropy printed: S°T	62.303 J/mol-atom/K	1300	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 12 report
Entropy printed: S°T	61.8655 J/mol-atom/K	1300	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 6 report
Entropy printed: S°T	72.5087 J/mol-atom/K	1300	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 6 report
Entropy printed: S°T	72.7598 J/mol-atom/K	1300	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 12 report
Entropy printed: S°T	61.6924 J/mol-atom/K	1300	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 28 report
Entropy printed: S°T	64.6735 J/mol-atom/K	1400	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 13 report
Entropy printed: S°T	75.2074 J/mol-atom/K	1400	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 13 report
Entropy printed: S°T	63.9142 J/mol-atom/K	1400	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 29 report
Entropy printed: S°T	66.9868 J/mol-atom/K	1500	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 14 report
Entropy printed: S°T	66.6266 J/mol-atom/K	1500	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 7 report
Entropy printed: S°T	77.5086 J/mol-atom/K	1500	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 14 report
Entropy printed: S°T	77.2366 J/mol-atom/K	1500	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 7 report
Entropy printed: S°T	65.357 J/mol-atom/K	1500	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 30 report
Entropy printed: S°T	69.2716 J/mol-atom/K	1600	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 15 report
Entropy printed: S°T	79.7261 J/mol-atom/K	1600	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 15 report
Entropy printed: S°T	67.9251 J/mol-atom/K	1600	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 31 report
Entropy printed: S°T	71.5564 J/mol-atom/K	1700	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 16 report
Entropy printed: S°T	71.2723 J/mol-atom/K	1700	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 8 report
Entropy printed: S°T	81.5462 J/mol-atom/K	1700	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 8 report
Entropy printed: S°T	81.839 J/mol-atom/K	1700	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 16 report
Entropy printed: S°T	69.7862 J/mol-atom/K	1700	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 32 report
Entropy printed: S°T	73.8269 J/mol-atom/K	1800	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 17 report
Entropy printed: S°T	83.8683 J/mol-atom/K	1800	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 17 report
Entropy printed: S°T	70.8394 J/mol-atom/K	1800	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 33 report
Entropy printed: S°T	76.0974 J/mol-atom/K	1900	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 18 report
Entropy printed: S°T	75.918 J/mol-atom/K	1900	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 9 report
Entropy printed: S°T	85.8138 J/mol-atom/K	1900	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 18 report
Entropy printed: S°T	85.521 J/mol-atom/K	1900	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 9 report
Entropy printed: S°T	78.3679 J/mol-atom/K	2000	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 19 report
Entropy printed: S°T	87.7176 J/mol-atom/K	2000	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 19 report
Entropy printed: S°T	79.193 J/mol-atom/K	2038	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 10 report
Entropy printed: S°T	80.9676 J/mol-atom/K	2038	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 11 report
Entropy printed: S°T	81.6237 J/mol-atom/K	2060	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 21 report
Entropy printed: S°T	79.7102 J/mol-atom/K	2060	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 20 report
Entropy printed: S°T	82.3377 J/mol-atom/K	2100	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 22 report
Entropy printed: S°T	82.2372 J/mol-atom/K	2100	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 12 report
Entropy printed: S°T	89.5585 J/mol-atom/K	2100	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 22 report
Entropy printed: S°T	89.2656 J/mol-atom/K	2100	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 12 report
Entropy printed: S°T	84.137 J/mol-atom/K	2200	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 23 report
Entropy printed: S°T	91.3367 J/mol-atom/K	2200	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 23 report
Entropy printed: S°T	85.9505 J/mol-atom/K	2300	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 24 report
Entropy printed: S°T	86.0461 J/mol-atom/K	2300	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 13 report
Entropy printed: S°T	93.094 J/mol-atom/K	2300	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 24 report
Entropy printed: S°T	92.822 J/mol-atom/K	2300	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 13 report
Entropy printed: S°T	87.764 J/mol-atom/K	2400	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 25 report
Entropy printed: S°T	94.8094 J/mol-atom/K	2400	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 25 report
Entropy printed: S°T	89.5919 J/mol-atom/K	2500	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 26 report
Entropy printed: S°T	89.653 J/mol-atom/K	2500	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 14 report
Entropy printed: S°T	96.2529 J/mol-atom/K	2500	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 14 report
Entropy printed: S°T	96.483 J/mol-atom/K	2500	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 26 report
Entropy printed: S°T	91.4197 J/mol-atom/K	2600	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 27 report
Entropy printed: S°T	98.1357 J/mol-atom/K	2600	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 27 report
Entropy printed: S°T	93.2475 J/mol-atom/K	2700	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 28 report
Entropy printed: S°T	99.5583 J/mol-atom/K	2700	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 15 report
Entropy printed: S°T	99.7675 J/mol-atom/K	2700	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 28 report
Entropy printed: S°T	95.0896 J/mol-atom/K	2800	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 29 report
Entropy printed: S°T	94.4574 J/mol-atom/K	2800	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 16 report
Entropy printed: S°T	101.357 J/mol-atom/K	2800	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 29 report
Entropy printed: S°T	101.567 J/mol-atom/K	2823	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 17 report
Entropy printed: S°T	96.9317 J/mol-atom/K	2900	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 30 report
Entropy printed: S°T	98.7738 J/mol-atom/K	3000	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 31 report
Heat capacity printed: Cp	20.8058 J/mol-atom/K	298.15	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 1 report
Heat capacity printed: Cp	20.8769 J/mol-atom/K	298.15	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 1 report
Heat capacity printed: Cp	20.9489 J/mol-atom/K	298.15	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 1 report
Heat capacity printed: Cp	21.4729 J/mol-atom/K	298.15	U0.4C0.6 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 1 report
Heat capacity printed: Cp	25.0622 J/mol-atom/K	298.15	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 1 report
Heat capacity printed: Cp	25.3341 J/mol-atom/K	298.15	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 1 report
Heat capacity printed: Cp(U0.5C0.5)	25.0622 J/mol-atom/K	298.15	UC alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 1 report
Heat capacity printed: Cp	20.92 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 16 report
Heat capacity printed: Cp(U0.345C0.655)	20.8769 J/mol-atom/K	298.15	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 1 report
Heat capacity printed: Cp	20.8629 J/mol-atom/K	300	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 2 report
Heat capacity printed: Cp	20.9056 J/mol-atom/K	300	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 2 report
Heat capacity printed: Cp	21.489 J/mol-atom/K	300	U0.4C0.6 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 2 report
Heat capacity printed: Cp	25.3969 J/mol-atom/K	300	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 2 report
Heat capacity printed: Cp(U0.5C0.5)	25.104 J/mol-atom/K	300	UC alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 2 report
Heat capacity printed: Cp	20.9921 J/mol-atom/K	300	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 17 report
Heat capacity printed: Cp(U0.345C0.655)	20.9056 J/mol-atom/K	300	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 2 report
Heat capacity printed: Cp	22.0021 J/mol-atom/K	330	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 18 report
Heat capacity printed: Cp	23.3476 J/mol-atom/K	400	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 3 report
Heat capacity printed: Cp	23.1198 J/mol-atom/K	400	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 3 report
Heat capacity printed: Cp	27.3634 J/mol-atom/K	400	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 3 report
Heat capacity printed: Cp	27.5935 J/mol-atom/K	400	U0.5C0.5 alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 3 report
Heat capacity printed: Cp(U0.4C0.6)	23.9911 J/mol-atom/K	400	U2C3 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 3 report
Heat capacity printed: Cp	23.6035 J/mol-atom/K	400	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 19 report
Heat capacity printed: Cp(U0.345C0.655)	23.1198 J/mol-atom/K	400	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 3 report
Heat capacity printed: Cp	25.0326 J/mol-atom/K	500	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 4 report
Heat capacity printed: Cp	24.5576 J/mol-atom/K	500	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 4 report
Heat capacity printed: Cp	25.2339 J/mol-atom/K	500	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 2 report
Heat capacity printed: Cp	25.0873 J/mol-atom/K	500	U0.4C0.6 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 4 report
Heat capacity printed: Cp	28.3884 J/mol-atom/K	500	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 4 report
Heat capacity printed: Cp	28.4303 J/mol-atom/K	500	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 2 report
Heat capacity printed: Cp	28.7859 J/mol-atom/K	500	U0.5C0.5 alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 4 report
Heat capacity printed: Cp	25.0463 J/mol-atom/K	500	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 20 report
Heat capacity printed: Cp(U0.345C0.655)	24.5576 J/mol-atom/K	500	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 4 report
Heat capacity printed: Cp	26.1321 J/mol-atom/K	600	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 5 report
Heat capacity printed: Cp	25.6791 J/mol-atom/K	600	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 5 report
Heat capacity printed: Cp	25.7483 J/mol-atom/K	600	U0.4C0.6 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 5 report
Heat capacity printed: Cp	29.0579 J/mol-atom/K	600	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 5 report
Heat capacity printed: Cp(U0.5C0.5)	29.5181 J/mol-atom/K	600	UC alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 5 report
Heat capacity printed: Cp	25.9841 J/mol-atom/K	600	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 21 report
Heat capacity printed: Cp(U0.345C0.655)	25.6791 J/mol-atom/K	600	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 5 report
Heat capacity printed: Cp	26.8461 J/mol-atom/K	700	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 6 report
Heat capacity printed: Cp	26.6137 J/mol-atom/K	700	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 6 report
Heat capacity printed: Cp	26.3015 J/mol-atom/K	700	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 3 report
Heat capacity printed: Cp	29.6018 J/mol-atom/K	700	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 6 report
Heat capacity printed: Cp	29.6855 J/mol-atom/K	700	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 3 report
Heat capacity printed: Cp(U0.4C0.6)	26.2923 J/mol-atom/K	700	U2C3 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 6 report
Heat capacity printed: Cp	28.493 J/mol-atom/K	700	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 1 report
Heat capacity printed: Cp(U0.5C0.5)	30.062 J/mol-atom/K	700	UC alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 6 report
Heat capacity printed: Cp	28.493 J/mol-atom/K	700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 1 report
Heat capacity printed: Cp	26.7199 J/mol-atom/K	700	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 22 report
Heat capacity printed: Cp(U0.345C0.655)	26.6137 J/mol-atom/K	700	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 6 report
Heat capacity printed: Cp	27.3745 J/mol-atom/K	800	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 7 report
Heat capacity printed: Cp	27.4189 J/mol-atom/K	800	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 7 report
Heat capacity printed: Cp	26.8529 J/mol-atom/K	800	U0.4C0.6 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 7 report
Heat capacity printed: Cp	30.083 J/mol-atom/K	800	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 7 report
Heat capacity printed: Cp	30.5014 J/mol-atom/K	800	U0.5C0.5 alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 7 report
Heat capacity printed: Cp	29.2043 J/mol-atom/K	800	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 2 report
Heat capacity printed: Cp	29.2043 J/mol-atom/K	800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 2 report
Heat capacity printed: Cp	27.3258 J/mol-atom/K	800	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 23 report
Heat capacity printed: Cp(U0.345C0.655)	27.4189 J/mol-atom/K	800	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 7 report
Heat capacity printed: Cp	27.8315 J/mol-atom/K	900	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 8 report
Heat capacity printed: Cp	28.1234 J/mol-atom/K	900	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 8 report
Heat capacity printed: Cp	27.398 J/mol-atom/K	900	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 4 report
Heat capacity printed: Cp	27.4972 J/mol-atom/K	900	U0.4C0.6 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 8 report
Heat capacity printed: Cp	30.6269 J/mol-atom/K	900	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 4 report
Heat capacity printed: Cp	30.5641 J/mol-atom/K	900	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 8 report
Heat capacity printed: Cp	30.9198 J/mol-atom/K	900	U0.5C0.5 alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 8 report
Heat capacity printed: Cp	29.9365 J/mol-atom/K	900	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 3 report
Heat capacity printed: Cp	29.9365 J/mol-atom/K	900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 3 report
Heat capacity printed: Cp	27.8741 J/mol-atom/K	900	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 24 report
Heat capacity printed: Cp(U0.345C0.655)	28.1234 J/mol-atom/K	900	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 8 report
Heat capacity printed: Cp	28.3741 J/mol-atom/K	1000	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 9 report
Heat capacity printed: Cp	28.7416 J/mol-atom/K	1000	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 9 report
Heat capacity printed: Cp	31.0453 J/mol-atom/K	1000	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 9 report
Heat capacity printed: Cp	31.3172 J/mol-atom/K	1000	U0.5C0.5 alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 9 report
Heat capacity printed: Cp(U0.4C0.6)	28.242 J/mol-atom/K	1000	U2C3 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 9 report
Heat capacity printed: Cp	30.6478 J/mol-atom/K	1000	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 4 report
Heat capacity printed: Cp	30.6478 J/mol-atom/K	1000	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 4 report
Heat capacity printed: Cp	28.3646 J/mol-atom/K	1000	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 25 report
Heat capacity printed: Cp(U0.345C0.655)	28.7416 J/mol-atom/K	1000	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 9 report
Heat capacity printed: Cp	29.0738 J/mol-atom/K	1100	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 10 report
Heat capacity printed: Cp	29.288 J/mol-atom/K	1100	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 10 report
Heat capacity printed: Cp	29.125 J/mol-atom/K	1100	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 5 report
Heat capacity printed: Cp	31.5474 J/mol-atom/K	1100	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 10 report
Heat capacity printed: Cp	31.38 J/mol-atom/K	1100	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 5 report
Heat capacity printed: Cp(U0.4C0.6)	29.1206 J/mol-atom/K	1100	U2C3 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 10 report
Heat capacity printed: Cp(U0.5C0.5)	31.7566 J/mol-atom/K	1100	UC alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 10 report
Heat capacity printed: Cp	31.38 J/mol-atom/K	1100	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 5 report
Heat capacity printed: Cp	31.38 J/mol-atom/K	1100	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 5 report
Heat capacity printed: Cp	28.8552 J/mol-atom/K	1100	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 26 report
Heat capacity printed: Cp(U0.345C0.655)	29.288 J/mol-atom/K	1100	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 10 report
Heat capacity printed: Cp	30.002 J/mol-atom/K	1200	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 11 report
Heat capacity printed: Cp	29.7625 J/mol-atom/K	1200	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 11 report
Heat capacity printed: Cp	30.1499 J/mol-atom/K	1200	U0.4C0.6 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 11 report
Heat capacity printed: Cp	32.0704 J/mol-atom/K	1200	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 11 report
Heat capacity printed: Cp	32.1959 J/mol-atom/K	1200	U0.5C0.5 alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 11 report
Heat capacity printed: Cp	32.0913 J/mol-atom/K	1200	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 6 report
Heat capacity printed: Cp	32.0913 J/mol-atom/K	1200	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 6 report
Heat capacity printed: Cp	29.3024 J/mol-atom/K	1200	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 27 report
Heat capacity printed: Cp(U0.345C0.655)	29.7625 J/mol-atom/K	1200	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 11 report
Heat capacity printed: Cp	31.2158 J/mol-atom/K	1300	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 12 report
Heat capacity printed: Cp	31.6541 J/mol-atom/K	1300	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 6 report
Heat capacity printed: Cp	30.1651 J/mol-atom/K	1300	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 12 report
Heat capacity printed: Cp	32.5934 J/mol-atom/K	1300	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 6 report
Heat capacity printed: Cp	32.6143 J/mol-atom/K	1300	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 12 report
Heat capacity printed: Cp	32.6561 J/mol-atom/K	1300	U0.5C0.5 alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 12 report
Heat capacity printed: Cp(U0.4C0.6)	31.3131 J/mol-atom/K	1300	U2C3 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 12 report
Heat capacity printed: Cp	32.8235 J/mol-atom/K	1300	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 7 report
Heat capacity printed: Cp	32.8235 J/mol-atom/K	1300	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 7 report
Heat capacity printed: Cp	29.7497 J/mol-atom/K	1300	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 28 report
Heat capacity printed: Cp(U0.345C0.655)	30.1651 J/mol-atom/K	1300	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 12 report
Heat capacity printed: Cp	32.7009 J/mol-atom/K	1400	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 13 report
Heat capacity printed: Cp	30.5101 J/mol-atom/K	1400	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 13 report
Heat capacity printed: Cp	33.2 J/mol-atom/K	1400	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 13 report
Heat capacity printed: Cp	33.1582 J/mol-atom/K	1400	U0.5C0.5 alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 13 report
Heat capacity printed: Cp(U0.4C0.6)	32.6352 J/mol-atom/K	1400	U2C3 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 13 report
Heat capacity printed: Cp	33.5348 J/mol-atom/K	1400	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 8 report
Heat capacity printed: Cp	33.5348 J/mol-atom/K	1400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 8 report
Heat capacity printed: Cp	30.1825 J/mol-atom/K	1400	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 29 report
Heat capacity printed: Cp(U0.345C0.655)	30.5101 J/mol-atom/K	1400	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 13 report
Heat capacity printed: C_p	33.943 J/mol-atom/K	1484	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 1 report
Heat capacity printed: C_p	33.943 J/mol-atom/K	1490	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 2 report
Heat capacity printed: Cp	34.4716 J/mol-atom/K	1500	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 14 report
Heat capacity printed: Cp	30.7833 J/mol-atom/K	1500	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 14 report
Heat capacity printed: Cp	35.059 J/mol-atom/K	1500	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 7 report
Heat capacity printed: Cp	33.8276 J/mol-atom/K	1500	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 14 report
Heat capacity printed: Cp	33.744 J/mol-atom/K	1500	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 7 report
Heat capacity printed: Cp(U0.4C0.6)	34.1163 J/mol-atom/K	1500	U2C3 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 14 report
Heat capacity printed: Cp(U0.5C0.5)	33.7021 J/mol-atom/K	1500	UC alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 14 report
Heat capacity printed: Cp	34.267 J/mol-atom/K	1500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 9 report
Heat capacity printed: Cp	34.267 J/mol-atom/K	1500	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 9 report
Heat capacity printed: Cp	30.6153 J/mol-atom/K	1500	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 30 report
Heat capacity printed: Cp(U0.345C0.655)	30.7833 J/mol-atom/K	1500	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 14 report
Heat capacity printed: C_p	36.181 J/mol-atom/K	1587	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 3 report
Heat capacity printed: Cp	36.4851 J/mol-atom/K	1600	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 15 report
Heat capacity printed: Cp	30.9846 J/mol-atom/K	1600	U0.345C0.655 alloy: U 0.345	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 15 report
Heat capacity printed: Cp	34.4552 J/mol-atom/K	1600	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 15 report
Heat capacity printed: Cp	34.2879 J/mol-atom/K	1600	U0.5C0.5 alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 15 report
Heat capacity printed: Cp(U0.4C0.6)	35.7565 J/mol-atom/K	1600	U2C3 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 15 report
Heat capacity printed: Cp	34.9992 J/mol-atom/K	1600	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 10 report
Heat capacity printed: Cp	34.9992 J/mol-atom/K	1600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 10 report
Heat capacity printed: Cp	31.0482 J/mol-atom/K	1600	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 31 report
Heat capacity printed: Cp(U0.345C0.655)	30.9846 J/mol-atom/K	1600	UC1.90 alloy: U 0.344828	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 15 report
Heat capacity printed: C_p	38.419 J/mol-atom/K	1689	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 4 report
Heat capacity printed: Cp	38.6556 J/mol-atom/K	1700	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 16 report
Heat capacity printed: Cp	39.3729 J/mol-atom/K	1700	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 8 report
Heat capacity printed: Cp	37.5556 J/mol-atom/K	1700	U0.4C0.6 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 16 report
Heat capacity printed: Cp	35.0828 J/mol-atom/K	1700	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 8 report
Heat capacity printed: Cp	35.1456 J/mol-atom/K	1700	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 16 report
Heat capacity printed: Cp	35.7523 J/mol-atom/K	1700	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 11 report
Heat capacity printed: Cp	35.7523 J/mol-atom/K	1700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 11 report
Heat capacity printed: Cp	34.8946 J/mol-atom/K	1700	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 16 report
Heat capacity printed: Cp	31.4521 J/mol-atom/K	1700	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 32 report
Heat capacity printed: C_p	40.657 J/mol-atom/K	1794	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 5 report
Heat capacity printed: Cp	40.9118 J/mol-atom/K	1800	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 17 report
Heat capacity printed: Cp	35.836 J/mol-atom/K	1800	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 17 report
Heat capacity printed: Cp(U0.4C0.6)	39.5137 J/mol-atom/K	1800	U2C3 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 17 report
Heat capacity printed: Cp	36.5263 J/mol-atom/K	1800	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 12 report
Heat capacity printed: Cp	36.5263 J/mol-atom/K	1800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 12 report
Heat capacity printed: Cp	35.5431 J/mol-atom/K	1800	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 17 report
Heat capacity printed: Cp	31.8705 J/mol-atom/K	1800	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 33 report
Heat capacity printed: C_p	42.523 J/mol-atom/K	1878	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 6 report
Heat capacity printed: Cp	43.1252 J/mol-atom/K	1900	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 18 report
Heat capacity printed: Cp	44.6101 J/mol-atom/K	1900	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 9 report
Heat capacity printed: Cp	36.5891 J/mol-atom/K	1900	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 18 report
Heat capacity printed: Cp	36.5682 J/mol-atom/K	1900	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 9 report
Heat capacity printed: Cp(U0.4C0.6)	41.5028 J/mol-atom/K	1900	U2C3 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 18 report
Heat capacity printed: Cp	37.3422 J/mol-atom/K	1900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 13 report
Heat capacity printed: Cp	37.3422 J/mol-atom/K	1900	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 13 report
Heat capacity printed: Cp	36.2334 J/mol-atom/K	1900	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 18 report
Heat capacity printed: Cp	45.1386 J/mol-atom/K	2000	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 19 report
Heat capacity printed: Cp	43.9236 J/mol-atom/K	2000	U0.4C0.6 alloy: U 0.4	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 19 report
Heat capacity printed: Cp	37.3422 J/mol-atom/K	2000	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 19 report
Heat capacity printed: Cp	38.2836 J/mol-atom/K	2000	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 14 report
Heat capacity printed: Cp	38.2836 J/mol-atom/K	2000	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 14 report
Heat capacity printed: Cp	36.9866 J/mol-atom/K	2000	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 19 report
Heat capacity printed: C_p	45.88 J/mol-atom/K	2016	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 7 report
Heat capacity printed: C_p	45.88 J/mol-atom/K	2021	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 8 report
Heat capacity printed: Cp	48.7652 J/mol-atom/K	2038	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 10 report
Heat capacity printed: Cp	42.4748 J/mol-atom/K	2038	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 11 report
Heat capacity printed: Cp	36.9706 J/mol-atom/K	2060	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 21 report
Heat capacity printed: Cp	46.1811 J/mol-atom/K	2060	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 20 report
Heat capacity printed: C_p	37.3 J/mol-atom/K	2081	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 10 report
Heat capacity printed: C_p	37.673 J/mol-atom/K	2086	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 11 report
Heat capacity printed: Cp	37.756 J/mol-atom/K	2100	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 22 report
Heat capacity printed: Cp	42.4748 J/mol-atom/K	2100	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 12 report
Heat capacity printed: Cp	38.1372 J/mol-atom/K	2100	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 22 report
Heat capacity printed: Cp	38.2208 J/mol-atom/K	2100	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 12 report
Heat capacity printed: Cp	39.3714 J/mol-atom/K	2100	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 15 report
Heat capacity printed: Cp	39.3714 J/mol-atom/K	2100	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 15 report
Heat capacity printed: Cp	37.7606 J/mol-atom/K	2100	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 20 report
Heat capacity printed: Cp	39.7266 J/mol-atom/K	2200	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 23 report
Heat capacity printed: Cp	38.953 J/mol-atom/K	2200	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 23 report
Heat capacity printed: Cp	40.7103 J/mol-atom/K	2200	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 16 report
Heat capacity printed: Cp	40.7103 J/mol-atom/K	2200	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 16 report
Heat capacity printed: Cp	38.5765 J/mol-atom/K	2200	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 21 report
Heat capacity printed: C_p	39.911 J/mol-atom/K	2213	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 12 report
Heat capacity printed: C_p	41.403 J/mol-atom/K	2277	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 13 report
Heat capacity printed: Cp	41.6972 J/mol-atom/K	2300	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 24 report
Heat capacity printed: Cp	42.4748 J/mol-atom/K	2300	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 13 report
Heat capacity printed: Cp	39.8108 J/mol-atom/K	2300	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 24 report
Heat capacity printed: Cp	40.0409 J/mol-atom/K	2300	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 13 report
Heat capacity printed: Cp	42.3839 J/mol-atom/K	2300	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 17 report
Heat capacity printed: Cp	42.3839 J/mol-atom/K	2300	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 17 report
Heat capacity printed: Cp	39.4342 J/mol-atom/K	2300	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 22 report
Heat capacity printed: C_p	43.642 J/mol-atom/K	2393	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 14 report
Heat capacity printed: Cp	43.6678 J/mol-atom/K	2400	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 25 report
Heat capacity printed: Cp	40.6894 J/mol-atom/K	2400	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 25 report
Heat capacity printed: Cp	44.5387 J/mol-atom/K	2400	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 18 report
Heat capacity printed: Cp	44.5387 J/mol-atom/K	2400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 18 report
Heat capacity printed: Cp	40.3338 J/mol-atom/K	2400	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 23 report
Heat capacity printed: C_p	45.134 J/mol-atom/K	2483	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 15 report
Heat capacity printed: Cp	45.6384 J/mol-atom/K	2500	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 26 report
Heat capacity printed: Cp	42.4748 J/mol-atom/K	2500	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 14 report
Heat capacity printed: Cp	42.0492 J/mol-atom/K	2500	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 14 report
Heat capacity printed: Cp	41.589 J/mol-atom/K	2500	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 26 report
Heat capacity printed: Cp	47.3629 J/mol-atom/K	2500	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 19 report
Heat capacity printed: Cp	47.3629 J/mol-atom/K	2500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 19 report
Heat capacity printed: Cp	41.2752 J/mol-atom/K	2500	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 24 report
Heat capacity printed: C_p	47.372 J/mol-atom/K	2581	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 16 report
Heat capacity printed: Cp	47.5948 J/mol-atom/K	2600	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 27 report
Heat capacity printed: Cp	42.5304 J/mol-atom/K	2600	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 27 report
Heat capacity printed: Cp	50.982 J/mol-atom/K	2600	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 20 report
Heat capacity printed: Cp	50.982 J/mol-atom/K	2600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 20 report
Heat capacity printed: Cp	42.2584 J/mol-atom/K	2600	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 25 report
Heat capacity printed: Cp	49.5654 J/mol-atom/K	2700	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 28 report
Heat capacity printed: Cp	42.4748 J/mol-atom/K	2700	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 15 report
Heat capacity printed: Cp	44.204 J/mol-atom/K	2700	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 15 report
Heat capacity printed: Cp	43.4718 J/mol-atom/K	2700	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 28 report
Heat capacity printed: Cp	55.6054 J/mol-atom/K	2700	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 21 report
Heat capacity printed: Cp	55.6054 J/mol-atom/K	2700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 21 report
Heat capacity printed: Cp	43.2835 J/mol-atom/K	2700	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 26 report
Heat capacity printed: Cp	51.536 J/mol-atom/K	2800	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 29 report
Heat capacity printed: Cp	42.4748 J/mol-atom/K	2800	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 16 report
Heat capacity printed: Cp	44.455 J/mol-atom/K	2800	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 29 report
Heat capacity printed: Cp	61.463 J/mol-atom/K	2800	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 22 report
Heat capacity printed: Cp	61.463 J/mol-atom/K	2800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 22 report
Heat capacity printed: Cp	44.3504 J/mol-atom/K	2800	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 27 report
Heat capacity printed: Cp	45.6265 J/mol-atom/K	2823	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 17 report
Heat capacity printed: Cp	44.6224 J/mol-atom/K	2823	UC (U0.500C0.500) alloy: U 0.5	model	[1] Chevalier 2001 cites Oetting 1973	Table 20, p. 16, row 28 report
Heat capacity printed: Cp	53.5067 J/mol-atom/K	2900	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 30 report
Heat capacity printed: Cp	55.4773 J/mol-atom/K	3000	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 31 report
Heat content printed: HT—H298	0 J/g at.	298.15	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 1 report
Heat content printed: HT-H298	0 J/g at.	298.15	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 1 report
Heat content printed: HT-H298	0 J/g at.	298.15	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 1 report
Heat content printed: HT—H298	0 J/g at.	298.15	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 1 report
Heat content printed: HT-H298(C0.4U0.6)	0 J/g at.	298.15	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 2 report
Heat content printed: HT-H298(C0.4U0.6)	0 J/g at.	298.15	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 1 report
Heat content printed: HT-H298	0 J/g at.	298.15	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Moser 1967 doi	Table 22, p. 19, row 1 report
Heat content printed: HT-H298	0 J/g at.	298.15	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 4 report
Heat content printed: HT-H298	0 J/g at.	298.15	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 2 report
Heat content printed: HT-H298	0 J/g at.	298.15	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 3 report
Heat content printed: HT-H298	0 J/g at.	298.15	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 5 report
Heat content printed: HT–H298	0 J/g at.	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 16 report
Heat content printed: HT-H298(UC1.90-1.93)	0 J/g at.	298.15	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 5 report
Heat content printed: HT-H298(UC1.90-1.93)	0 J/g at.	298.15	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 2 report
Heat content printed: HT-H298(UC1.90-1.93)	0 J/g at.	298.15	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 4 report
Heat content printed: HT-H298(UC1.90-1.93)	0 J/g at.	298.15	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 1 report
Heat content printed: HT-H298(UC1.90-1.93)	0 J/g at.	298.15	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 3 report
Heat content printed: HT–H298	684 J/g at.	330	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 18 report
Heat content printed: HT—H298	2258 J/g at.	400	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 3 report
Heat content printed: HT—H298	2699 J/g at.	400	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 3 report
Heat content printed: HT-H298(C0.4U0.6)	2333 J/g at.	400	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 6 report
Heat content printed: HT-H298(C0.4U0.6)	2335 J/g at.	400	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 5 report
Heat content printed: HT-H298	2699 J/g at.	400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 11 report
Heat content printed: HT-H298	2678 J/g at.	400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Moser 1967 doi	Table 22, p. 19, row 9 report
Heat content printed: HT-H298	2679 J/g at.	400	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 12 report
Heat content printed: HT-H298	2699 J/g at.	400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 10 report
Heat content printed: HT–H298	2284 J/g at.	400	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 19 report
Heat content printed: HT-H298(UC1.90-1.93)	2295 J/g at.	400	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 13 report
Heat content printed: HT-H298(UC1.90-1.93)	2250 J/g at.	400	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 12 report
Heat content printed: HT-H298(UC1.90-1.93)	2284 J/g at.	400	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 11 report
Heat content printed: HT-H298(UC1.90-1.93)	2258 J/g at.	400	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 10 report
Heat content printed: HT–H298	2378 J/g at.	402.78	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 1 report
Heat content printed: HT-H298(C0.4U0.6)	3020 J/g at.	429.8	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 7 report
Heat content printed: HT-H298(C0.4U0.6)	3053 J/g at.	429.8	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 8 report
Heat content printed: HT-H298	3020 J/g at.	429.8	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 21 report
Heat content printed: HT-H298	3835 J/g at.	467	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 47 report
Heat content printed: HT–H298	4086 J/g at.	475.27	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 2 report
Heat content printed: HT—H298	4682 J/g at.	500	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 4 report
Heat content printed: HT-H298	4792 J/g at.	500	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 2 report
Heat content printed: HT—H298	5489 J/g at.	500	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 4 report
Heat content printed: HT-H298	5477 J/g at.	500	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 2 report
Heat content printed: HT-H298(C0.4U0.6)	4795 J/g at.	500	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 9 report
Heat content printed: HT-H298(C0.4U0.6)	4790 J/g at.	500	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 10 report
Heat content printed: HT-H298	5489 J/g at.	500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 14 report
Heat content printed: HT-H298	5472 J/g at.	500	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 17 report
Heat content printed: HT-H298	5439 J/g at.	500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Moser 1967 doi	Table 22, p. 19, row 13 report
Heat content printed: HT-H298	5477 J/g at.	500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 15 report
Heat content printed: HT-H298	5525 J/g at.	500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 16 report
Heat content printed: HT–H298	4722 J/g at.	500	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 20 report
Heat content printed: HT-H298(UC1.90-1.93)	4792 J/g at.	500	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 16 report
Heat content printed: HT-H298(UC1.90-1.93)	4775 J/g at.	500	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 18 report
Heat content printed: HT-H298(UC1.90-1.93)	4637 J/g at.	500	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 17 report
Heat content printed: HT-H298(UC1.90-1.93)	4722 J/g at.	500	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 15 report
Heat content printed: HT-H298(UC1.90-1.93)	4682 J/g at.	500	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 14 report
Heat content printed: HT-H298	5560 J/g at.	501.3	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 1 report
Heat content printed: HT-H298(C0.4U0.6)	4878 J/g at.	503.5	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 12 report
Heat content printed: HT-H298	4792 J/g at.	503.5	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 22 report
Heat content printed: HT-H298(C0.4U0.6)	4792 J/g at.	503.5	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 11 report
Heat content printed: HT-H298	6123 J/g at.	522.3	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 2 report
Heat content printed: HT–H298	5646 J/g at.	536.12	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 3 report
Heat content printed: HT-H298(C0.4U0.6)	6584 J/g at.	570.8	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 14 report
Heat content printed: HT-H298	6471 J/g at.	570.8	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 23 report
Heat content printed: HT-H298(C0.4U0.6)	6471 J/g at.	570.8	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 13 report
Heat content printed: HT-H298	6382 J/g at.	570.8	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 48 report
Heat content printed: HT-H298	6528 J/g at.	573.1	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 49 report
Heat content printed: HT–H298	7228 J/g at.	599.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 4 report
Heat content printed: HT—H298	7244 J/g at.	600	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 5 report
Heat content printed: HT—H298	8364 J/g at.	600	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 5 report
Heat content printed: HT-H298(C0.4U0.6)	7332 J/g at.	600	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 16 report
Heat content printed: HT-H298(C0.4U0.6)	7337 J/g at.	600	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 15 report
Heat content printed: HT-H298	8443 J/g at.	600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 20 report
Heat content printed: HT-H298	8364 J/g at.	600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 19 report
Heat content printed: HT-H298	8326 J/g at.	600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Moser 1967 doi	Table 22, p. 19, row 18 report
Heat content printed: HT-H298	8356 J/g at.	600	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 21 report
Heat content printed: HT–H298	7274 J/g at.	600	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 21 report
Heat content printed: HT-H298(UC1.90-1.93)	7152 J/g at.	600	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 21 report
Heat content printed: HT-H298(UC1.90-1.93)	7353 J/g at.	600	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 22 report
Heat content printed: HT-H298(UC1.90-1.93)	7274 J/g at.	600	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 20 report
Heat content printed: HT-H298(UC1.90-1.93)	7244 J/g at.	600	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 19 report
Heat content printed: HT-H298	7842 J/g at.	623.8	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 50 report
Heat content printed: HT-H298	9217 J/g at.	625.4	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 3 report
Heat content printed: HT-H298	8144 J/g at.	633.6	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 24 report
Heat content printed: HT-H298(C0.4U0.6)	8200 J/g at.	633.6	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 18 report
Heat content printed: HT-H298(C0.4U0.6)	8144 J/g at.	633.6	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 17 report
Heat content printed: HT-H298	9682 J/g at.	644.4	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 4 report
Heat content printed: HT-H298	8420 J/g at.	650.3	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 51 report
Heat content printed: HT-H298	8963 J/g at.	670	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 52 report
Heat content printed: HT-H298	9036 J/g at.	670.7	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 53 report
Heat content printed: HT-H298	9113 J/g at.	672.9	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 54 report
Heat content printed: HT–H298	9398 J/g at.	679.24	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 5 report
Heat content printed: HT-H298(C0.4U0.6)	9746 J/g at.	693.6	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 19 report
Heat content printed: HT-H298(C0.4U0.6)	9766 J/g at.	693.6	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 20 report
Heat content printed: HT-H298	9746 J/g at.	693.6	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 25 report
Heat content printed: HT-H298(C0.4U0.6)	9897 J/g at.	698.6	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 22 report
Heat content printed: HT-H298(C0.4U0.6)	9913 J/g at.	698.6	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 21 report
Heat content printed: HT-H298	9913 J/g at.	698.6	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 26 report
Heat content printed: HT—H298	9895 J/g at.	700	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 6 report
Heat content printed: HT-H298	9956 J/g at.	700	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 3 report
Heat content printed: HT—H298	11299 J/g at.	700	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 6 report
Heat content printed: HT-H298	11301 J/g at.	700	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 3 report
Heat content printed: HT-H298(C0.4U0.6)	9934 J/g at.	700	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 24 report
Heat content printed: HT-H298(C0.4U0.6)	9940 J/g at.	700	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 23 report
Heat content printed: HT-H298	11297 J/g at.	700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Moser 1967 doi	Table 22, p. 19, row 22 report
Heat content printed: HT-H298	11424 J/g at.	700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 25 report
Heat content printed: HT-H298	11303 J/g at.	700	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 26 report
Heat content printed: HT-H298	11299 J/g at.	700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 23 report
Heat content printed: HT-H298	11301 J/g at.	700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 24 report
Heat content printed: HT–H298	9910 J/g at.	700	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 22 report
Heat content printed: HT-H298(UC1.90-1.93)	9767 J/g at.	700	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 26 report
Heat content printed: HT-H298(UC1.90-1.93)	9989 J/g at.	700	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 27 report
Heat content printed: HT-H298(UC1.90-1.93)	9956 J/g at.	700	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 25 report
Heat content printed: HT-H298(UC1.90-1.93)	9910 J/g at.	700	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 24 report
Heat content printed: HT-H298(UC1.90-1.93)	9895 J/g at.	700	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 23 report
Heat content printed: HT-H298	12075 J/g at.	719.6	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 5 report
Heat content printed: HT-H298	10572 J/g at.	725.2	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 55 report
Heat content printed: HT-H298	12671 J/g at.	738.5	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 6 report
Heat content printed: HT-H298	12750 J/g at.	738.6	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 7 report
Heat content printed: HT–H298	11260 J/g at.	751.1	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 6 report
Heat content printed: HT-H298	11779 J/g at.	774.6	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 56 report
Heat content printed: HT-H298	11783 J/g at.	775.7	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 57 report
Heat content printed: HT-H298	11956 J/g at.	775.9	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 27 report
Heat content printed: HT-H298(C0.4U0.6)	11956 J/g at.	775.9	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 25 report
Heat content printed: HT-H298(C0.4U0.6)	11946 J/g at.	775.9	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 26 report
Heat content printed: HT-H298	14474 J/g at.	798.4	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 8 report
Heat content printed: HT—H298	12606 J/g at.	800	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 7 report
Heat content printed: HT—H298	14282 J/g at.	800	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 7 report
Heat content printed: HT-H298(C0.4U0.6)	12591 J/g at.	800	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 28 report
Heat content printed: HT-H298(C0.4U0.6)	12587 J/g at.	800	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 27 report
Heat content printed: HT-H298	14302 J/g at.	800	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 30 report
Heat content printed: HT-H298	14351 J/g at.	800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Moser 1967 doi	Table 22, p. 19, row 27 report
Heat content printed: HT-H298	14282 J/g at.	800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 28 report
Heat content printed: HT-H298	14451 J/g at.	800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 29 report
Heat content printed: HT–H298	12614 J/g at.	800	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 23 report
Heat content printed: HT-H298(UC1.90-1.93)	12614 J/g at.	800	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 29 report
Heat content printed: HT-H298(UC1.90-1.93)	12470 J/g at.	800	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 30 report
Heat content printed: HT-H298(UC1.90-1.93)	12669 J/g at.	800	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 31 report
Heat content printed: HT-H298(UC1.90-1.93)	12606 J/g at.	800	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 28 report
Heat content printed: HT–H298	13375 J/g at.	827.81	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 7 report
Heat content printed: HT-H298	13282 J/g at.	829.5	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 58 report
Heat content printed: HT-H298(C0.4U0.6)	13477 J/g at.	831.3	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 29 report
Heat content printed: HT-H298(C0.4U0.6)	13435 J/g at.	831.3	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 30 report
Heat content printed: HT-H298	13477 J/g at.	831.3	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 28 report
Heat content printed: HT-H298	16799 J/g at.	870.6	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 9 report
Heat content printed: HT-H298	16591 J/g at.	871.1	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 10 report
Heat content printed: HT-H298	14543 J/g at.	875.6	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 59 report
Heat content printed: HT-H298	14785 J/g at.	883.8	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 60 report
Heat content printed: HT–H298	15160 J/g at.	895.3	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 8 report
Heat content printed: HT—H298	15367 J/g at.	900	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 8 report
Heat content printed: HT-H298	15319 J/g at.	900	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 4 report
Heat content printed: HT-H298	17332 J/g at.	900	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 4 report
Heat content printed: HT—H298	17315 J/g at.	900	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 8 report
Heat content printed: HT-H298(C0.4U0.6)	15308 J/g at.	900	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 32 report
Heat content printed: HT-H298(C0.4U0.6)	15313 J/g at.	900	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 31 report
Heat content printed: HT-H298	17315 J/g at.	900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 32 report
Heat content printed: HT-H298	17489 J/g at.	900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Moser 1967 doi	Table 22, p. 19, row 31 report
Heat content printed: HT-H298	17523 J/g at.	900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 34 report
Heat content printed: HT-H298	17349 J/g at.	900	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 35 report
Heat content printed: HT-H298	17332 J/g at.	900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 33 report
Heat content printed: HT–H298	15374 J/g at.	900	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 24 report
Heat content printed: HT-H298(UC1.90-1.93)	15395 J/g at.	900	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 36 report
Heat content printed: HT-H298(UC1.90-1.93)	15374 J/g at.	900	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 33 report
Heat content printed: HT-H298(UC1.90-1.93)	15319 J/g at.	900	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 34 report
Heat content printed: HT-H298(UC1.90-1.93)	15248 J/g at.	900	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 35 report
Heat content printed: HT-H298(UC1.90-1.93)	15367 J/g at.	900	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 32 report
Heat content printed: HT-H298	15395 J/g at.	900.5	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 29 report
Heat content printed: HT-H298(C0.4U0.6)	15395 J/g at.	900.5	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 33 report
Heat content printed: HT-H298(C0.4U0.6)	15322 J/g at.	900.5	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 34 report
Heat content printed: HT-H298	16053 J/g at.	924.1	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 30 report
Heat content printed: HT-H298(C0.4U0.6)	16053 J/g at.	924.1	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 35 report
Heat content printed: HT-H298(C0.4U0.6)	15973 J/g at.	924.1	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 36 report
Heat content printed: HT-H298	16338 J/g at.	936	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 61 report
Heat content printed: HT-H298	18986 J/g at.	943.4	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 11 report
Heat content printed: HT-H298(C0.4U0.6)	17374 J/g at.	971.9	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 37 report
Heat content printed: HT-H298(C0.4U0.6)	17305 J/g at.	971.9	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 38 report
Heat content printed: HT-H298	17374 J/g at.	971.9	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 31 report
Heat content printed: HT–H298	17638 J/g at.	980.08	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 9 report
Heat content printed: HT-H298	17770 J/g at.	989.6	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 62 report
Heat content printed: HT—H298	18177 J/g at.	1000	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 9 report
Heat content printed: HT—H298	20395 J/g at.	1000	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 9 report
Heat content printed: HT-H298(C0.4U0.6)	18099 J/g at.	1000	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 39 report
Heat content printed: HT-H298(C0.4U0.6)	18096 J/g at.	1000	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 40 report
Heat content printed: HT-H298	20395 J/g at.	1000	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 37 report
Heat content printed: HT-H298	20441 J/g at.	1000	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 39 report
Heat content printed: HT-H298	20635 J/g at.	1000	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 38 report
Heat content printed: HT-H298	20711 J/g at.	1000	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Moser 1967 doi	Table 22, p. 19, row 36 report
Heat content printed: HT–H298	18186 J/g at.	1000	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 25 report
Heat content printed: HT-H298(UC1.90-1.93)	18092 J/g at.	1000	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 39 report
Heat content printed: HT-H298(UC1.90-1.93)	18177 J/g at.	1000	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 37 report
Heat content printed: HT-H298(UC1.90-1.93)	18186 J/g at.	1000	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 38 report
Heat content printed: HT-H298(UC1.90-1.93)	18177 J/g at.	1000	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 40 report
Heat content printed: HT-H298	17970 J/g at.	1001.8	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 63 report
Heat content printed: HT-H298(C0.4U0.6)	18364 J/g at.	1009.5	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 42 report
Heat content printed: HT-H298	18425 J/g at.	1009.5	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 32 report
Heat content printed: HT-H298(C0.4U0.6)	18425 J/g at.	1009.5	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 41 report
Heat content printed: HT-H298	21426 J/g at.	1021.3	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 12 report
Heat content printed: HT–H298	19309 J/g at.	1040.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 10 report
Heat content printed: HT-H298(C0.4U0.6)	19350 J/g at.	1044.1	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 44 report
Heat content printed: HT-H298	19505 J/g at.	1044.1	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 33 report
Heat content printed: HT-H298(C0.4U0.6)	19505 J/g at.	1044.1	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 43 report
Heat content printed: HT-H298	19449 J/g at.	1045.3	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 64 report
Heat content printed: HT-H298	20145 J/g at.	1075.3	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 65 report
Heat content printed: HT-H298	20542 J/g at.	1090.2	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 66 report
Heat content printed: HT-H298	23568 J/g at.	1091.3	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 13 report
Heat content printed: HT-H298	20821 J/g at.	1096.5	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 67 report
Heat content printed: HT–H298	21167 J/g at.	1099.76	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 11 report
Heat content printed: HT—H298	21047 J/g at.	1100	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 10 report
Heat content printed: HT-H298	20959 J/g at.	1100	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 5 report
Heat content printed: HT—H298	23522 J/g at.	1100	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 10 report
Heat content printed: HT-H298	23556 J/g at.	1100	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 5 report
Heat content printed: HT-H298(C0.4U0.6)	20967 J/g at.	1100	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 45 report
Heat content printed: HT-H298(C0.4U0.6)	20964 J/g at.	1100	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 46 report
Heat content printed: HT-H298	23522 J/g at.	1100	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 40 report
Heat content printed: HT-H298	23580 J/g at.	1100	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 43 report
Heat content printed: HT-H298	23556 J/g at.	1100	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 41 report
Heat content printed: HT-H298	23788 J/g at.	1100	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 42 report
Heat content printed: HT–H298	21048 J/g at.	1100	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 26 report
Heat content printed: HT-H298(UC1.90-1.93)	21047 J/g at.	1100	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 41 report
Heat content printed: HT-H298(UC1.90-1.93)	20959 J/g at.	1100	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 43 report
Heat content printed: HT-H298(UC1.90-1.93)	21048 J/g at.	1100	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 42 report
Heat content printed: HT-H298(UC1.90-1.93)	21027 J/g at.	1100	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 45 report
Heat content printed: HT-H298(UC1.90-1.93)	20995 J/g at.	1100	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 44 report
Heat content printed: HT-H298(C0.4U0.6)	21878 J/g at.	1131.2	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 48 report
Heat content printed: HT-H298(C0.4U0.6)	21771 J/g at.	1131.2	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 47 report
Heat content printed: HT-H298	21771 J/g at.	1131.2	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 34 report
Heat content printed: HT-H298(C0.4U0.6)	22085 J/g at.	1141.6	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 49 report
Heat content printed: HT-H298	22085 J/g at.	1141.6	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 35 report
Heat content printed: HT-H298(C0.4U0.6)	22185 J/g at.	1141.6	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 50 report
Heat content printed: HT-H298	22480 J/g at.	1147.1	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 68 report
Heat content printed: HT-H298	22277 J/g at.	1147.6	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 69 report
Heat content printed: HT-H298	22937 J/g at.	1168.8	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 70 report
Heat content printed: HT-H298	26110 J/g at.	1169.5	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 14 report
Heat content printed: HT–H298	23290 J/g at.	1175.8	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 12 report
Heat content printed: HT—H298	23999 J/g at.	1200	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 11 report
Heat content printed: HT—H298	26704 J/g at.	1200	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 11 report
Heat content printed: HT-H298(C0.4U0.6)	23982 J/g at.	1200	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 51 report
Heat content printed: HT-H298(C0.4U0.6)	23928 J/g at.	1200	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 52 report
Heat content printed: HT-H298	26704 J/g at.	1200	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 44 report
Heat content printed: HT-H298	26768 J/g at.	1200	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 46 report
Heat content printed: HT-H298	26985 J/g at.	1200	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 45 report
Heat content printed: HT–H298	23956 J/g at.	1200	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 27 report
Heat content printed: HT-H298(UC1.90-1.93)	23960 J/g at.	1200	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 49 report
Heat content printed: HT-H298(UC1.90-1.93)	23948 J/g at.	1200	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 48 report
Heat content printed: HT-H298(UC1.90-1.93)	23956 J/g at.	1200	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 47 report
Heat content printed: HT-H298(UC1.90-1.93)	23999 J/g at.	1200	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 46 report
Heat content printed: HT-H298	24053 J/g at.	1201.1	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 71 report
Heat content printed: HT-H298	24428 J/g at.	1213	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 36 report
Heat content printed: HT-H298(C0.4U0.6)	24428 J/g at.	1213	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 53 report
Heat content printed: HT-H298(C0.4U0.6)	24321 J/g at.	1213	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 54 report
Heat content printed: HT-H298	28842 J/g at.	1252	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 15 report
Heat content printed: HT–H298	26191 J/g at.	1272.41	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 13 report
Heat content printed: HT-H298	26463 J/g at.	1278.8	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 72 report
Heat content printed: HT-H298	26455 J/g at.	1280.9	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 37 report
Heat content printed: HT-H298(C0.4U0.6)	26455 J/g at.	1280.9	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 55 report
Heat content printed: HT-H298(C0.4U0.6)	26406 J/g at.	1280.9	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 56 report
Heat content printed: HT-H298	26837 J/g at.	1298.4	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 38 report
Heat content printed: HT—H298	27056 J/g at.	1300	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 12 report
Heat content printed: HT-H298	27023 J/g at.	1300	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 6 report
Heat content printed: HT-H298	29957 J/g at.	1300	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 6 report
Heat content printed: HT—H298	29939 J/g at.	1300	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 12 report
Heat content printed: HT-H298(C0.4U0.6)	27002 J/g at.	1300	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 60 report
Heat content printed: HT-H298(C0.4U0.6)	27001 J/g at.	1300	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 59 report
Heat content printed: HT-H298	29957 J/g at.	1300	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 48 report
Heat content printed: HT-H298	29939 J/g at.	1300	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 47 report
Heat content printed: HT-H298	30227 J/g at.	1300	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 49 report
Heat content printed: HT-H298	30006 J/g at.	1300	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 50 report
Heat content printed: HT–H298	26909 J/g at.	1300	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 28 report
Heat content printed: HT-H298(UC1.90-1.93)	26992 J/g at.	1300	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 54 report
Heat content printed: HT-H298(UC1.90-1.93)	27056 J/g at.	1300	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 50 report
Heat content printed: HT-H298(UC1.90-1.93)	26909 J/g at.	1300	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 51 report
Heat content printed: HT-H298(UC1.90-1.93)	27023 J/g at.	1300	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 52 report
Heat content printed: HT-H298(UC1.90-1.93)	26944 J/g at.	1300	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 53 report
Heat content printed: HT-H298	27427 J/g at.	1312.3	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 73 report
Heat content printed: HT-H298(C0.4U0.6)	28275 J/g at.	1346.4	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 61 report
Heat content printed: HT-H298	28275 J/g at.	1346.4	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 39 report
Heat content printed: HT-H298(C0.4U0.6)	28469 J/g at.	1346.4	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 62 report
Heat content printed: HT-H298(C0.4U0.6)	28619 J/g at.	1351.1	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 64 report
Heat content printed: HT-H298(C0.4U0.6)	28386 J/g at.	1351.1	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 63 report
Heat content printed: HT-H298	28386 J/g at.	1351.1	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 40 report
Heat content printed: HT-H298(C0.4U0.6)	28623 J/g at.	1351.2	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 66 report
Heat content printed: HT-H298(C0.4U0.6)	28417 J/g at.	1351.2	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 65 report
Heat content printed: HT-H298	28417 J/g at.	1351.2	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 41 report
Heat content printed: HT-H298	32313 J/g at.	1352.7	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 16 report
Heat content printed: HT-H298	29006 J/g at.	1362	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 74 report
Heat content printed: HT-H298	29121 J/g at.	1367.4	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 42 report
Heat content printed: HT-H298(C0.4U0.6)	29121 J/g at.	1367.4	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 67 report
Heat content printed: HT-H298(C0.4U0.6)	29143 J/g at.	1367.4	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 68 report
Heat content printed: HT-H298(C0.4U0.6)	26837 J/g at.	1398.4	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 57 report
Heat content printed: HT-H298(C0.4U0.6)	26952 J/g at.	1398.4	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 58 report
Heat content printed: HT—H298	30250 J/g at.	1400	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 13 report
Heat content printed: HT—H298	33229 J/g at.	1400	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 13 report
Heat content printed: HT-H298(C0.4U0.6)	30197 J/g at.	1400	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 69 report
Heat content printed: HT-H298(C0.4U0.6)	30200 J/g at.	1400	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 70 report
Heat content printed: HT-H298	33297 J/g at.	1400	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 53 report
Heat content printed: HT-H298	33518 J/g at.	1400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 52 report
Heat content printed: HT-H298	33229 J/g at.	1400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 51 report
Heat content printed: HT–H298	29906 J/g at.	1400	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 29 report
Heat content printed: HT-H298(UC1.90-1.93)	30143 J/g at.	1400	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 58 report
Heat content printed: HT-H298(UC1.90-1.93)	29906 J/g at.	1400	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 56 report
Heat content printed: HT-H298(UC1.90-1.93)	30250 J/g at.	1400	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 55 report
Heat content printed: HT-H298(UC1.90-1.93)	29978 J/g at.	1400	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 57 report
Heat content printed: HT–H298	30201 J/g at.	1412.4	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 14 report
Heat content printed: HT-H298(C0.4U0.6)	31374 J/g at.	1435.7	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 72 report
Heat content printed: HT-H298(C0.4U0.6)	31721 J/g at.	1435.7	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 71 report
Heat content printed: HT-H298	31721 J/g at.	1435.7	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 43 report
Heat content printed: HT-H298	35719 J/g at.	1448.6	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 17 report
Heat content printed: HT-H298	35842 J/g at.	1455.4	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 18 report
Heat content printed: HT-H298	33831 J/g at.	1499.9	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 44 report
Heat content printed: HT-H298(C0.4U0.6)	33534 J/g at.	1499.9	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 74 report
Heat content printed: HT-H298(C0.4U0.6)	33831 J/g at.	1499.9	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 73 report
Heat content printed: HT—H298	33608 J/g at.	1500	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 14 report
Heat content printed: HT-H298	33680 J/g at.	1500	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 7 report
Heat content printed: HT—H298	36581 J/g at.	1500	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 14 report
Heat content printed: HT-H298	36589 J/g at.	1500	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 7 report
Heat content printed: HT-H298(C0.4U0.6)	33537 J/g at.	1500	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 76 report
Heat content printed: HT-H298(C0.4U0.6)	33534 J/g at.	1500	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 75 report
Heat content printed: HT-H298	36863 J/g at.	1500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 56 report
Heat content printed: HT-H298	36645 J/g at.	1500	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 57 report
Heat content printed: HT-H298	36581 J/g at.	1500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 54 report
Heat content printed: HT-H298	36589 J/g at.	1500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 55 report
Heat content printed: HT–H298	32944 J/g at.	1500	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 30 report
Heat content printed: HT-H298(UC1.90-1.93)	33680 J/g at.	1500	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 61 report
Heat content printed: HT-H298(UC1.90-1.93)	33432 J/g at.	1500	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 63 report
Heat content printed: HT-H298(UC1.90-1.93)	33044 J/g at.	1500	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 62 report
Heat content printed: HT-H298(UC1.90-1.93)	32944 J/g at.	1500	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 60 report
Heat content printed: HT-H298(UC1.90-1.93)	33608 J/g at.	1500	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 59 report
Heat content printed: HT–H298	33466 J/g at.	1523.53	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 15 report
Heat content printed: HT-H298	34231 J/g at.	1543.2	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 75 report
Heat content printed: HT-H298(C0.4U0.6)	35874 J/g at.	1567.4	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 78 report
Heat content printed: HT-H298	35818 J/g at.	1567.4	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 45 report
Heat content printed: HT-H298(C0.4U0.6)	35818 J/g at.	1567.4	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 77 report
Heat content printed: HT-H298	39982 J/g at.	1571	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 19 report
Heat content printed: HT—H298	37153 J/g at.	1600	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 15 report
Heat content printed: HT—H298	39995 J/g at.	1600	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 15 report
Heat content printed: HT-H298(C0.4U0.6)	37030 J/g at.	1600	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 80 report
Heat content printed: HT-H298(C0.4U0.6)	37026 J/g at.	1600	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 79 report
Heat content printed: HT-H298	39995 J/g at.	1600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 58 report
Heat content printed: HT-H298	40053 J/g at.	1600	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 60 report
Heat content printed: HT-H298	40260 J/g at.	1600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 59 report
Heat content printed: HT–H298	36026 J/g at.	1600	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 31 report
Heat content printed: HT-H298(UC1.90-1.93)	36877 J/g at.	1600	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 67 report
Heat content printed: HT-H298(UC1.90-1.93)	36026 J/g at.	1600	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 65 report
Heat content printed: HT-H298(UC1.90-1.93)	36132 J/g at.	1600	UC1.90-1.93 alloy: C 0.656, U 0.344	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 23, p. 20, row 66 report
Heat content printed: HT-H298(UC1.90-1.93)	37153 J/g at.	1600	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 64 report
Heat content printed: HT-H298(C0.4U0.6)	39394 J/g at.	1667.4	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 81 report
Heat content printed: HT-H298	39394 J/g at.	1667.4	U2C3 alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 46 report
Heat content printed: HT-H298(C0.4U0.6)	39480 J/g at.	1667.4	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 82 report
Heat content printed: HT-H298	37699 J/g at.	1670.3	UC1.90 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 76 report
Heat content printed: HT-H298	43392 J/g at.	1672	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 19, p. 15, row 20 report
Heat content printed: HT—H298	40910 J/g at.	1700	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 16 report
Heat content printed: HT-H298	41108 J/g at.	1700	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 8 report
Heat content printed: HT-H298	43472 J/g at.	1700	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 8 report
Heat content printed: HT—H298	43474 J/g at.	1700	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 16 report
Heat content printed: HT-H298(C0.4U0.6)	40690 J/g at.	1700	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 83 report
Heat content printed: HT-H298(C0.4U0.6)	40694 J/g at.	1700	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 84 report
Heat content printed: HT-H298	43720 J/g at.	1700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 63 report
Heat content printed: HT-H298	43472 J/g at.	1700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 62 report
Heat content printed: HT-H298	43474 J/g at.	1700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 61 report
Heat content printed: HT-H298	43524 J/g at.	1700	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 64 report
Heat content printed: HT–H298	39149 J/g at.	1700	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 32 report
Heat content printed: HT-H298(UC1.90-1.93)	40910 J/g at.	1700	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 68 report
Heat content printed: HT-H298(UC1.90-1.93)	41108 J/g at.	1700	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 70 report
Heat content printed: HT-H298(UC1.90-1.93)	39149 J/g at.	1700	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 69 report
Heat content printed: HT-H298(UC1.90-1.93)	40499 J/g at.	1700	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 71 report
Heat content printed: HT—H298	44889 J/g at.	1800	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 17 report
Heat content printed: HT—H298	47024 J/g at.	1800	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 17 report
Heat content printed: HT-H298(C0.4U0.6)	44545 J/g at.	1800	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 86 report
Heat content printed: HT-H298(C0.4U0.6)	44543 J/g at.	1800	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 85 report
Heat content printed: HT-H298	47242 J/g at.	1800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 66 report
Heat content printed: HT-H298	47024 J/g at.	1800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 65 report
Heat content printed: HT-H298	47061 J/g at.	1800	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 67 report
Heat content printed: HT–H298	42315 J/g at.	1800	UC1.9 (U0.345C0.655) alloy: U 0.344828	model	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 33 report
Heat content printed: HT-H298(UC1.90-1.93)	42315 J/g at.	1800	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 23, p. 20, row 73 report
Heat content printed: HT-H298(UC1.90-1.93)	44319 J/g at.	1800	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 74 report
Heat content printed: HT-H298(UC1.90-1.93)	44889 J/g at.	1800	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 72 report
Heat content printed: HT—H298	49091 J/g at.	1900	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 18 report
Heat content printed: HT-H298	49492 J/g at.	1900	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 9 report
Heat content printed: HT—H298	50645 J/g at.	1900	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 18 report
Heat content printed: HT-H298	50626 J/g at.	1900	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 9 report
Heat content printed: HT-H298(C0.4U0.6)	48599 J/g at.	1900	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 87 report
Heat content printed: HT-H298(C0.4U0.6)	48599 J/g at.	1900	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 88 report
Heat content printed: HT-H298	50670 J/g at.	1900	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 71 report
Heat content printed: HT-H298	50626 J/g at.	1900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 69 report
Heat content printed: HT-H298	50831 J/g at.	1900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 70 report
Heat content printed: HT-H298	50645 J/g at.	1900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 68 report
Heat content printed: HT-H298(UC1.90-1.93)	49492 J/g at.	1900	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 76 report
Heat content printed: HT-H298(UC1.90-1.93)	48356 J/g at.	1900	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 77 report
Heat content printed: HT-H298(UC1.90-1.93)	49091 J/g at.	1900	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 75 report
Heat content printed: HT—H298	53507 J/g at.	2000	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 19 report
Heat content printed: HT—H298	54342 J/g at.	2000	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 19 report
Heat content printed: HT-H298(C0.4U0.6)	52876 J/g at.	2000	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 24, p. 21, row 89 report
Heat content printed: HT-H298(C0.4U0.6)	52872 J/g at.	2000	U2C3 alloy: U 0.4	model	[1] Chevalier 2001	Table 24, p. 21, row 90 report
Heat content printed: HT-H298	54492 J/g at.	2000	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 73 report
Heat content printed: HT-H298	54352 J/g at.	2000	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 74 report
Heat content printed: HT-H298	54342 J/g at.	2000	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 72 report
Heat content printed: HT-H298(UC1.90-1.93)	52630 J/g at.	2000	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 79 report
Heat content printed: HT-H298(UC1.90-1.93)	53507 J/g at.	2000	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 78 report
Heat content printed: HT-H298	55930 J/g at.	2038	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 10 report
Heat content printed: HT-H298	59534 J/g at.	2038	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 11 report
Heat content printed: HT-H298(UC1.90-1.93)	55930 J/g at.	2038	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 80 report
Heat content printed: HT-H298(UC1.90-1.93)	59534 J/g at.	2038	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 84 report
Heat content printed: HT-H298(UC1.90-1.93)	54321 J/g at.	2038	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 81 report
Heat content printed: HT-H298(UC1.90-1.93)	59492 J/g at.	2038	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 85 report
Heat content printed: HT—H298	60175 J/g at.	2060	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 21 report
Heat content printed: HT—H298	56247 J/g at.	2060	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 20 report
Heat content printed: HT-H298(UC1.90-1.93)	55318 J/g at.	2060	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 83 report
Heat content printed: HT-H298(UC1.90-1.93)	60211 J/g at.	2060	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 87 report
Heat content printed: HT-H298(UC1.90-1.93)	56247 J/g at.	2060	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 82 report
Heat content printed: HT-H298(UC1.90-1.93)	60175 J/g at.	2060	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 86 report
Heat content printed: HT—H298	61670 J/g at.	2100	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 22 report
Heat content printed: HT-H298	62167 J/g at.	2100	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 12 report
Heat content printed: HT—H298	58114 J/g at.	2100	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 22 report
Heat content printed: HT-H298	58116 J/g at.	2100	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 12 report
Heat content printed: HT-H298	58112 J/g at.	2100	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 78 report
Heat content printed: HT-H298	58229 J/g at.	2100	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 77 report
Heat content printed: HT-H298	58116 J/g at.	2100	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 76 report
Heat content printed: HT-H298	58114 J/g at.	2100	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 75 report
Heat content printed: HT-H298(UC1.90-1.93)	62167 J/g at.	2100	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 89 report
Heat content printed: HT-H298(UC1.90-1.93)	61670 J/g at.	2100	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 88 report
Heat content printed: HT-H298(UC1.90-1.93)	61702 J/g at.	2100	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 90 report
Heat content printed: HT—H298	65545 J/g at.	2200	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 23 report
Heat content printed: HT—H298	61970 J/g at.	2200	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 23 report
Heat content printed: HT-H298	61970 J/g at.	2200	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 79 report
Heat content printed: HT-H298	62044 J/g at.	2200	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 80 report
Heat content printed: HT-H298	61953 J/g at.	2200	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 81 report
Heat content printed: HT-H298(UC1.90-1.93)	65552 J/g at.	2200	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 92 report
Heat content printed: HT-H298(UC1.90-1.93)	65545 J/g at.	2200	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 91 report
Heat content printed: HT—H298	69616 J/g at.	2300	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 24 report
Heat content printed: HT-H298	70661 J/g at.	2300	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 13 report
Heat content printed: HT—H298	65908 J/g at.	2300	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 24 report
Heat content printed: HT-H298	65940 J/g at.	2300	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 13 report
Heat content printed: HT-H298	65908 J/g at.	2300	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 82 report
Heat content printed: HT-H298	65944 J/g at.	2300	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 84 report
Heat content printed: HT-H298	65940 J/g at.	2300	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 83 report
Heat content printed: HT-H298	65880 J/g at.	2300	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 85 report
Heat content printed: HT-H298(UC1.90-1.93)	69579 J/g at.	2300	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 95 report
Heat content printed: HT-H298(UC1.90-1.93)	69616 J/g at.	2300	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 93 report
Heat content printed: HT-H298(UC1.90-1.93)	70661 J/g at.	2300	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 94 report
Heat content printed: HT—H298	73883 J/g at.	2400	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 25 report
Heat content printed: HT—H298	69932 J/g at.	2400	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 25 report
Heat content printed: HT-H298	69931 J/g at.	2400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 87 report
Heat content printed: HT-H298	69896 J/g at.	2400	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 88 report
Heat content printed: HT-H298	69932 J/g at.	2400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 86 report
Heat content printed: HT-H298(UC1.90-1.93)	73883 J/g at.	2400	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 96 report
Heat content printed: HT-H298(UC1.90-1.93)	73785 J/g at.	2400	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 97 report
Heat content printed: HT—H298	78348 J/g at.	2500	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 26 report
Heat content printed: HT-H298	79155 J/g at.	2500	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 14 report
Heat content printed: HT-H298	74141 J/g at.	2500	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 14 report
Heat content printed: HT—H298	74046 J/g at.	2500	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 26 report
Heat content printed: HT-H298	74004 J/g at.	2500	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 92 report
Heat content printed: HT-H298	74046 J/g at.	2500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 89 report
Heat content printed: HT-H298	74011 J/g at.	2500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 91 report
Heat content printed: HT-H298	74141 J/g at.	2500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 90 report
Heat content printed: HT-H298(UC1.90-1.93)	78173 J/g at.	2500	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 100 report
Heat content printed: HT-H298(UC1.90-1.93)	79155 J/g at.	2500	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 99 report
Heat content printed: HT-H298(UC1.90-1.93)	78348 J/g at.	2500	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 98 report
Heat content printed: HT—H298	83009 J/g at.	2600	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 27 report
Heat content printed: HT—H298	78251 J/g at.	2600	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 27 report
Heat content printed: HT-H298	78210 J/g at.	2600	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 95 report
Heat content printed: HT-H298	78186 J/g at.	2600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 94 report
Heat content printed: HT-H298	78251 J/g at.	2600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 93 report
Heat content printed: HT-H298(UC1.90-1.93)	83009 J/g at.	2600	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 101 report
Heat content printed: HT-H298(UC1.90-1.93)	82745 J/g at.	2600	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 102 report
Heat content printed: HT—H298	87868 J/g at.	2700	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 28 report
Heat content printed: HT-H298	82760 J/g at.	2700	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 15 report
Heat content printed: HT—H298	82550 J/g at.	2700	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 28 report
Heat content printed: HT-H298	82462 J/g at.	2700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 98 report
Heat content printed: HT-H298	82515 J/g at.	2700	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 99 report
Heat content printed: HT-H298	82760 J/g at.	2700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 97 report
Heat content printed: HT-H298	82550 J/g at.	2700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 96 report
Heat content printed: HT-H298(UC1.90-1.93)	87503 J/g at.	2700	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 104 report
Heat content printed: HT-H298(UC1.90-1.93)	87868 J/g at.	2700	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 103 report
Heat content printed: HT—H298	92923 J/g at.	2800	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 29 report
Heat content printed: HT-H298	91897 J/g at.	2800	U0.345C0.655 alloy: U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 16 report
Heat content printed: HT—H298	86948 J/g at.	2800	U0.500C0.500 alloy: U 0.5	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 29 report
Heat content printed: HT-H298	86843 J/g at.	2800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 101 report
Heat content printed: HT-H298	86948 J/g at.	2800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 22, p. 19, row 100 report
Heat content printed: HT-H298	86926 J/g at.	2800	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 102 report
Heat content printed: HT-H298(UC1.90-1.93)	92448 J/g at.	2800	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 107 report
Heat content printed: HT-H298(UC1.90-1.93)	91897 J/g at.	2800	UC1.90-1.93 alloy: C 0.655, U 0.345	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 23, p. 20, row 106 report
Heat content printed: HT-H298(UC1.90-1.93)	92923 J/g at.	2800	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 105 report
Heat content printed: HT-H298	88282 J/g at.	2823	U0.500C0.500 alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 16, p. 14, row 17 report
Heat content printed: HT-H298	87955 J/g at.	2823	UC alloy: U 0.5	model	[1] Chevalier 2001	Table 22, p. 19, row 105 report
Heat content printed: HT-H298	88282 J/g at.	2823	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Akhachinski 1970 doi	Table 22, p. 19, row 103 report
Heat content printed: HT-H298	87889 J/g at.	2823	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Oetting 1973	Table 22, p. 19, row 104 report
Heat content printed: HT—H298	98175 J/g at.	2900	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 30 report
Heat content printed: HT-H298(UC1.90-1.93)	98175 J/g at.	2900	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 108 report
Heat content printed: HT-H298(UC1.90-1.93)	97583 J/g at.	2900	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 109 report
Heat content printed: HT—H298	103625 J/g at.	3000	U0.341C0.659 alloy: U 0.341	model	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 13, p. 12, row 31 report
Heat content printed: HT-H298(UC1.90-1.93)	103625 J/g at.	3000	UC1.90-1.93 alloy: C 0.659, U 0.341	experimental	[1] Chevalier 2001 cites Leitnaker 1967 doi	Table 23, p. 20, row 110 report
Heat content printed: HT-H298(UC1.90-1.93)	102908 J/g at.	3000	UC1.90-1.93 alloy: C 0.655, U 0.345	model	[1] Chevalier 2001	Table 23, p. 20, row 111 report
heat content from base t printed: HT-H700	0 J/g at.	700	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 1 report
heat content from base t printed: HT-H700	0 J/g at.	700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 1 report
heat content from base t printed: HT-H700	2887 J/g at.	800	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 2 report
heat content from base t printed: HT-H700	2887 J/g at.	800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 2 report
heat content from base t printed: HT-H700	5837 J/g at.	900	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 3 report
heat content from base t printed: HT-H700	5837 J/g at.	900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 3 report
heat content from base t printed: HT-H700	8870 J/g at.	1000	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 4 report
heat content from base t printed: HT-H700	8870 J/g at.	1000	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 4 report
heat content from base t printed: HT-H700	11966 J/g at.	1100	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 5 report
heat content from base t printed: HT-H700	11966 J/g at.	1100	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 5 report
heat content from base t printed: HT-H700	15146 J/g at.	1200	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 6 report
heat content from base t printed: HT-H700	15146 J/g at.	1200	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 6 report
heat content from base t printed: HT-H700	18395 J/g at.	1300	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 7 report
heat content from base t printed: HT-H700	18395 J/g at.	1300	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 7 report
heat content from base t printed: HT-H700	21715 J/g at.	1400	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 8 report
heat content from base t printed: HT-H700	21715 J/g at.	1400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 8 report
heat content from base t printed: H_T-H_310	32750 J/g at.	1484	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 1 report
heat content from base t printed: H_T-H_310	33205 J/g at.	1490	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 2 report
heat content from base t printed: HT-H700	25104 J/g at.	1500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 9 report
heat content from base t printed: HT-H700	25104 J/g at.	1500	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 9 report
heat content from base t printed: H_T-H_310	36208 J/g at.	1587	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 3 report
heat content from base t printed: HT-H700	28577 J/g at.	1600	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 10 report
heat content from base t printed: HT-H700	28577 J/g at.	1600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 10 report
heat content from base t printed: H_T-H_310	40284 J/g at.	1689	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 4 report
heat content from base t printed: HT-H700	32112 J/g at.	1700	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 11 report
heat content from base t printed: HT-H700	32112 J/g at.	1700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 11 report
heat content from base t printed: H_T-H_310	44425 J/g at.	1794	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 5 report
heat content from base t printed: HT-H700	35710 J/g at.	1800	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 12 report
heat content from base t printed: HT-H700	35710 J/g at.	1800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 12 report
heat content from base t printed: H_T-H_310	47894 J/g at.	1878	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 6 report
heat content from base t printed: HT-H700	39413 J/g at.	1900	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 13 report
heat content from base t printed: HT-H700	39413 J/g at.	1900	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 13 report
heat content from base t printed: HT-H700	43199 J/g at.	2000	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 14 report
heat content from base t printed: HT-H700	43199 J/g at.	2000	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 14 report
heat content from base t printed: H_T-H_310	54086 J/g at.	2016	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 7 report
heat content from base t printed: H_T-H_310	54086 J/g at.	2021	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 8 report
heat content from base t printed: H_T-H_310	60427 J/g at.	2081	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 10 report
heat content from base t printed: H_T-H_310	61285 J/g at.	2086	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 11 report
heat content from base t printed: HT-H700	47070 J/g at.	2100	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 15 report
heat content from base t printed: HT-H700	47070 J/g at.	2100	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 15 report
heat content from base t printed: HT-H700	51087 J/g at.	2200	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 16 report
heat content from base t printed: HT-H700	51087 J/g at.	2200	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 16 report
heat content from base t printed: H_T-H_310	65723 J/g at.	2213	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 12 report
heat content from base t printed: H_T-H_310	68223 J/g at.	2277	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 13 report
heat content from base t printed: HT-H700	55229 J/g at.	2300	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 17 report
heat content from base t printed: HT-H700	55229 J/g at.	2300	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 17 report
heat content from base t printed: H_T-H_310	73668 J/g at.	2393	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 14 report
heat content from base t printed: HT-H700	59580 J/g at.	2400	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 18 report
heat content from base t printed: HT-H700	59580 J/g at.	2400	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 18 report
heat content from base t printed: H_T-H_310	77249 J/g at.	2483	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 15 report
heat content from base t printed: HT-H700	64162 J/g at.	2500	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 19 report
heat content from base t printed: HT-H700	64162 J/g at.	2500	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 19 report
heat content from base t printed: H_T-H_310	81837 J/g at.	2581	UC1.93 alloy: U 0.341297	experimental	[1] Chevalier 2001 cites Levinson 1963 doi	Table 11, p. 11, row 16 report
heat content from base t printed: HT-H700	69078 J/g at.	2600	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 20 report
heat content from base t printed: HT-H700	69078 J/g at.	2600	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 20 report
heat content from base t printed: HT-H700	74392 J/g at.	2700	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 21 report
heat content from base t printed: HT-H700	74392 J/g at.	2700	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 21 report
heat content from base t printed: HT-H700	80249 J/g at.	2800	UC alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001	Table 15, p. 13, row 22 report
heat content from base t printed: HT-H700	80249 J/g at.	2800	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Aortit 1970	Table 15, p. 13, row 22 report
sm increment printed: ST–S298	33.4143 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 11 report
sm increment printed: ST–S298	13.7928 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 3 report
sm increment printed: ST–S298	40.6858 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 14 report
sm increment printed: ST–S298	19.9822 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 5 report
sm increment printed: ST–S298	27.3836 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 8 report
sm increment printed: ST–S298	35.2754 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 12 report
sm increment printed: ST–S298	10.7053 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 2 report
sm increment printed: ST–S298	30.0238 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 9 report
sm increment printed: ST–S298	31.6685 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 10 report
sm increment printed: ST–S298	42.9221 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 15 report
sm increment printed: ST–S298	37.6416 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 13 report
sm increment printed: ST–S298	25.2771 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 7 report
sm increment printed: ST–S298	22.608 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 6 report
sm increment printed: ST–S298	16.5917 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 4 report
sm increment printed: ST–S298	6.80982 J/mol-atom/K	298.15	UC1.9 (U0.345C0.655) alloy: U 0.344828	experimental	[1] Chevalier 2001 cites MacLeod 1969	Table 14, p. 13, row 1 report

Activity / EMF / Gibbs energy (76)

Activity / EMF / Gibbs energy, C–U system
Property	Value	T (K)	Phases / composition	Class	Source	Location
Gibbs energy printed: ΔG°f	-45850 J/g at.		UCx alloy: C 0.58333, U 0.41667	model	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 8 report
Gibbs energy printed: ΔG°f	-49067 J/g at.		UCx alloy: C 0.54545, U 0.45455	model	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 6 report
Gibbs energy printed: ΔG°f	-39314 J/g at.		UCx alloy: C 0.62264, U 0.37736	model	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 11 report
Gibbs energy printed: ΔG°f	-45217 J/g at.		UCx alloy: C 0.64912, U 0.35088	model	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 14 report
Gibbs energy printed: ΔG°f	-49662 J/g at.		UCx alloy: C 0.56522, U 0.43478	model	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 7 report
Gibbs energy printed: ΔG°f	-48663 J/g at.	2155	UCx alloy: C 0.52381, U 0.47619	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 26 report
Gibbs energy printed: ΔG°f	-43677 J/g at.	2155	UCx alloy: C 0.5122, U 0.4878	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 22 report
Gibbs energy printed: ΔG°f	-45725 J/g at.	2155	UCx alloy: C 0.64286, U 0.35714	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 45 report
Gibbs energy printed: ΔG°f	-46334 J/g at.	2155	UCx alloy: C 0.62963, U 0.37037	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 41 report
Gibbs energy printed: ΔG°f	-52509 J/g at.	2155	UCx alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 18 report
Gibbs energy printed: ΔGC	-4335 J/mol	2155	UNKNOWN alloy: C 0.5122, U 0.4878	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 9 report
Gibbs energy printed: ΔGC	-3579 J/mol	2155	UNKNOWN alloy: C 0.631, U 0.369	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 25 report
Gibbs energy printed: ΔGC	-3349 J/mol	2155	UNKNOWN alloy: C 0.64029, U 0.35971	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 29 report
Gibbs energy printed: ΔGC	-2406 J/mol	2155	UNKNOWN alloy: C 0.64912, U 0.35088	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 33 report
Gibbs energy printed: ΔGC	-28397 J/mol	2155	UNKNOWN alloy: C 0.4898, U 0.5102	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 1 report
Gibbs energy printed: ΔGC	-3481 J/mol	2155	UNKNOWN alloy: C 0.52607, U 0.47393	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 21 report
Gibbs energy printed: ΔGC	-3803 J/mol	2155	UNKNOWN alloy: C 0.52381, U 0.47619	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 17 report
Gibbs energy printed: ΔGC	-4100 J/mol	2155	UNKNOWN alloy: C 0.51923, U 0.48077	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 13 report
Gibbs energy printed: ΔGC	-12008 J/mol	2155	UNKNOWN alloy: C 0.49495, U 0.50505	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 5 report
Gibbs energy printed: ΔG°f	-45922 J/g at.	2255	UCx alloy: C 0.5122, U 0.4878	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 23 report
Gibbs energy printed: ΔG°f	-49013 J/g at.	2255	UCx alloy: C 0.52381, U 0.47619	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 27 report
Gibbs energy printed: ΔG°f	-41840 J/g at.	2255	UCx alloy: C 0.62963, U 0.37037	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 42 report
Gibbs energy printed: ΔG°f	-51882 J/g at.	2255	UCx alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 19 report
Gibbs energy printed: ΔG°f	-44016 J/g at.	2255	UCx alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 35 report
Gibbs energy printed: ΔG°f	-43127 J/g at.	2255	UCx alloy: C 0.61538, U 0.38462	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 38 report
Gibbs energy printed: ΔG°f	-48870 J/g at.	2255	UCx alloy: C 0.49495, U 0.50505	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 15 report
Gibbs energy printed: ΔG°f	-41691 J/g at.	2255	UCx alloy: C 0.64286, U 0.35714	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 46 report
Gibbs energy printed: ΔG°f	-49040 J/g at.	2255	UCx alloy: C 0.53488, U 0.46512	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 30 report
Gibbs energy printed: ΔGC	-6318 J/mol	2255	UNKNOWN alloy: C 0.64029, U 0.35971	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 30 report
Gibbs energy printed: ΔGC	-9506 J/mol	2255	UNKNOWN alloy: C 0.52607, U 0.47393	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 22 report
Gibbs energy printed: ΔGC	-9498 J/mol	2255	UNKNOWN alloy: C 0.49495, U 0.50505	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 6 report
Gibbs energy printed: ΔGC	-11991 J/mol	2255	UNKNOWN alloy: C 0.5122, U 0.4878	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 10 report
Gibbs energy printed: ΔGC	-6966 J/mol	2255	UNKNOWN alloy: C 0.631, U 0.369	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 26 report
Gibbs energy printed: ΔGC	-4498 J/mol	2255	UNKNOWN alloy: C 0.64912, U 0.35088	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 34 report
Gibbs energy printed: ΔGC	-10795 J/mol	2255	UNKNOWN alloy: C 0.51923, U 0.48077	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 14 report
Gibbs energy printed: ΔGC	-10037 J/mol	2255	UNKNOWN alloy: C 0.52381, U 0.47619	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 18 report
Gibbs energy printed: ΔGC	-23497 J/mol	2255	UNKNOWN alloy: C 0.4898, U 0.5102	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 2 report
Gibbs energy printed: ΔG°f	-50208 J/g at.	2355	UCx alloy: C 0.53488, U 0.46512	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 31 report
Gibbs energy printed: ΔG°f	-45187 J/g at.	2355	UCx alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 36 report
Gibbs energy printed: ΔG°f	-42438 J/g at.	2355	UCx alloy: C 0.64286, U 0.35714	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 47 report
Gibbs energy printed: ΔG°f	-44009 J/g at.	2355	UCx alloy: C 0.62963, U 0.37037	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 43 report
Gibbs energy printed: ΔG°f	-47146 J/g at.	2355	UCx alloy: C 0.5122, U 0.4878	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 24 report
Gibbs energy printed: ΔG°f	-49447 J/g at.	2355	UCx alloy: C 0.49495, U 0.50505	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 16 report
Gibbs energy printed: ΔG°f	-44898 J/g at.	2355	UCx alloy: C 0.61538, U 0.38462	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 39 report
Gibbs energy printed: ΔG°f	-51672 J/g at.	2355	UCx alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 20 report
Gibbs energy printed: ΔG°f	-42562 J/g at.	2355	UCx alloy: C 0.64912, U 0.35088	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 49 report
Gibbs energy printed: ΔG°f	-50606 J/g at.	2355	UCx alloy: C 0.52381, U 0.47619	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 28 report
Gibbs energy printed: ΔGC	-16271 J/mol	2355	UNKNOWN alloy: C 0.52381, U 0.47619	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 19 report
Gibbs energy printed: ΔGC	-10355 J/mol	2355	UNKNOWN alloy: C 0.631, U 0.369	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 27 report
Gibbs energy printed: ΔGC	-9288 J/mol	2355	UNKNOWN alloy: C 0.64029, U 0.35971	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 31 report
Gibbs energy printed: ΔGC	-15531 J/mol	2355	UNKNOWN alloy: C 0.52607, U 0.47393	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 23 report
Gibbs energy printed: ΔGC	-17489 J/mol	2355	UNKNOWN alloy: C 0.51923, U 0.48077	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 15 report
Gibbs energy printed: ΔGC	-19648 J/mol	2355	UNKNOWN alloy: C 0.5122, U 0.4878	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 11 report
Gibbs energy printed: ΔGC	-6590 J/mol	2355	UNKNOWN alloy: C 0.64912, U 0.35088	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 35 report
Gibbs energy printed: ΔGC	-6987 J/mol	2355	UNKNOWN alloy: C 0.49495, U 0.50505	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 7 report
Gibbs energy printed: ΔGC	-18602 J/mol	2355	UNKNOWN alloy: C 0.4898, U 0.5102	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 3 report
Gibbs energy printed: ΔG°f	-51254 J/g at.	2455	UCx alloy: C 0.5, U 0.5	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 21 report
Gibbs energy printed: ΔG°f	-50779 J/g at.	2455	UCx alloy: C 0.54545, U 0.45455	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 33 report
Gibbs energy printed: ΔG°f	-48465 J/g at.	2455	UCx alloy: C 0.58333, U 0.41667	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 34 report
Gibbs energy printed: ΔG°f	-43036 J/g at.	2455	UCx alloy: C 0.64286, U 0.35714	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 48 report
Gibbs energy printed: ΔG°f	-48167 J/g at.	2455	UCx alloy: C 0.5122, U 0.4878	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 25 report
Gibbs energy printed: ΔG°f	-51560 J/g at.	2455	UCx alloy: C 0.49495, U 0.50505	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 17 report
Gibbs energy printed: ΔG°f	-51403 J/g at.	2455	UCx alloy: C 0.52381, U 0.47619	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 29 report
Gibbs energy printed: ΔG°f	-52154 J/g at.	2455	UCx alloy: C 0.53488, U 0.46512	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 32 report
Gibbs energy printed: ΔG°f	-44939 J/g at.	2455	UCx alloy: C 0.62963, U 0.37037	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 44 report
Gibbs energy printed: ΔG°f	-46668 J/g at.	2455	UCx alloy: C 0.61538, U 0.38462	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 40 report
Gibbs energy printed: ΔG°f	-47363 J/g at.	2455	UCx alloy: C 0.6, U 0.4	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 17, p. 14, row 37 report
Gibbs energy printed: ΔGC	-27309 J/mol	2455	UNKNOWN alloy: C 0.5122, U 0.4878	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 12 report
Gibbs energy printed: ΔGC	-13744 J/mol	2455	UNKNOWN alloy: C 0.631, U 0.369	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 28 report
Gibbs energy printed: ΔGC	-13707 J/mol	2455	UNKNOWN alloy: C 0.4898, U 0.5102	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 4 report
Gibbs energy printed: ΔGC	-22506 J/mol	2455	UNKNOWN alloy: C 0.52381, U 0.47619	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 20 report
Gibbs energy printed: ΔGC	-4477 J/mol	2455	UNKNOWN alloy: C 0.49495, U 0.50505	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 8 report
Gibbs energy printed: ΔGC	-8682 J/mol	2455	UNKNOWN alloy: C 0.64912, U 0.35088	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 36 report
Gibbs energy printed: ΔGC	-12259 J/mol	2455	UNKNOWN alloy: C 0.64029, U 0.35971	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 32 report
Gibbs energy printed: ΔGC	-21556 J/mol	2455	UNKNOWN alloy: C 0.52607, U 0.47393	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 24 report
Gibbs energy printed: ΔGC	-24183 J/mol	2455	UNKNOWN alloy: C 0.51923, U 0.48077	experimental	[1] Chevalier 2001 cites Tetenbaum 1971 doi	Table 18, p. 14, row 16 report

Crystal structure (24)

Crystal structure, C–U system
Property	Value	T (K)	Phases / composition	Class	Source	Location
Lattice a	8.089 not_printed ± 4.000e-4	298.15	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Witteman 1963	Table 1, p. 3, row 19 report
Lattice a	8.088 Å	298.15	U2C3 alloy: U 0.4	experimental	[1] Chevalier 2001 cites Mallet 1951 doi	Table 1, p. 3, row 18 report
Lattice a	4.9597 not_printed ± 4.000e-4	298.15	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Magnier 1964	Table 1, p. 3, row 8 report
Lattice a	4.9591 not_printed	298.15	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Higashi 1961	Table 1, p. 3, row 3 report
Lattice a	4.965 Å	298.15	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Litz 1948 doi	Table 1, p. 3, row 2 report
Lattice a	4.9563 not_printed	298.15	UC alloy: C 0.48, U 0.52	experimental	[1] Chevalier 2001 cites Magnier 1964	Table 1, p. 3, row 5 report
Lattice a	4.9598 not_printed	298.15	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Austin 1959 doi	Table 1, p. 3, row 4 report
Lattice a	4.961 Å	298.15	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Rundle 1948 doi	Table 1, p. 3, row 1 report
Lattice a	5.45 Å	298.15	UC2 alloy: U 0.333333	experimental	[1] Chevalier 2001 cites Kikido 1960	Table 1, p. 3, row 10 report
Lattice a	5.45 not_printed ± 0.01	298.15	UC2 alloy: U 0.333333	experimental	[1] Chevalier 2001 cites Bredig 1960	Table 1, p. 3, row 11 report
Lattice a	5.41 Å	298.15	UC2 alloy: U 0.333333	experimental	[1] Chevalier 2001 cites Chang 1961 doi	Table 1, p. 3, row 9 report
Lattice a	5.475 Å	298.15	UC2 alloy: U 0.333333	experimental	[1] Chevalier 2001 cites Wilson 1960	Table 1, p. 3, row 12 report
Lattice a	3.509 not_printed ± 0.003	298.15	η-UC2 alloy: U 0.333333	unspecified	[1] Chevalier 2001	Table 1, p. 3, row 15 report
Lattice a	3.5241 not_printed ± 5.000e-4	298.15	η-UC2	experimental	[1] Chevalier 2001 cites Witteman 1963	Table 1, p. 3, row 17 report
Lattice a	3.519 not_printed ± 0.0011	298.15	η-UC2	experimental	[1] Chevalier 2001 cites Witteman 1963	Table 1, p. 3, row 16 report
Lattice a	3.524 Å	298.15	η-UC2 alloy: U 0.333333	experimental	[1] Chevalier 2001 cites Rundle 1948 doi	Table 1, p. 3, row 13 report
Lattice a	3.517 not_printed ± 0.002	298.15	η-UC2 alloy: U 0.333333	experimental	[1] Chevalier 2001 cites Atoji 1959 doi	Table 1, p. 3, row 14 report
Lattice a	4.9577 not_printed	1673	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Carniglia 1964	Table 1, p. 3, row 7 report
Lattice a	4.956 Å	1673	UC alloy: U 0.5	experimental	[1] Chevalier 2001 cites Anselin 1964	Table 1, p. 3, row 6 report
Lattice c	5.98 not_printed ± 0.005	298.15	η-UC2 alloy: U 0.333333	unspecified	[1] Chevalier 2001	Table 1, p. 3, row 15 report
Lattice c	5.9962 not_printed ± 8.000e-4	298.15	η-UC2	experimental	[1] Chevalier 2001 cites Witteman 1963	Table 1, p. 3, row 17 report
Lattice c	5.9787 not_printed ± 0.0017	298.15	η-UC2	experimental	[1] Chevalier 2001 cites Witteman 1963	Table 1, p. 3, row 16 report
Lattice c	5.999 Å	298.15	η-UC2 alloy: U 0.333333	experimental	[1] Chevalier 2001 cites Rundle 1948 doi	Table 1, p. 3, row 13 report
Lattice c	5.987 not_printed ± 0.002	298.15	η-UC2 alloy: U 0.333333	experimental	[1] Chevalier 2001 cites Atoji 1959 doi	Table 1, p. 3, row 14 report

Sources

Reporting papers the values were read from (a value cited from another work names that work in its row).

P.Y Chevalier, E Fischer, Thermodynamic modelling of the C–U and B–U binary systems, Journal of Nuclear Materials 288, 100-129 (2001). doi:10.1016/s0022-3115(00)00713-3

Please cite

R. Arróyave, J. Saal, D. Shin, ORCHID-Values: thermodynamic and phase-equilibrium values read from the literature (version 2026.10; Version 1, machine-extracted), Zenodo (2026). doi:10.5281/zenodo.23735569
R. Arróyave, J. Saal, D. Shin, ORCHID-Hulls: binary convex hulls (Materials Project, OQMD, assessed CALPHAD) (version 2026.10), Zenodo (2026). doi:10.5281/zenodo.23735891
R. Arróyave, J. Saal, D. Shin, ORCHID data: umbrella record of the ORCHID datasets (version 2026.10; Version 1, machine-extracted), Zenodo (2026). doi:10.5281/zenodo.23736065

Also cite the original source of every value you use (paper_citation / paper_doi, and cited_dois for values the paper cites from earlier work); A. Jain et al., The Materials Project: A materials genome approach to accelerating materials innovation, APL Materials 1 (2013) 011002, https://doi.org/10.1063/1.4812323 (CC BY 4.0); J. E. Saal et al., JOM 65 (2013) 1501, https://doi.org/10.1007/s11837-013-0755-4 and S. Kirklin et al., npj Comput. Mater. 1 (2015) 15010, https://doi.org/10.1038/npjcompumats.2015.10 (CC BY 4.0); B. Hallstedt, The SGTE collection of binary datasets, Calphad 89 (2025) 102833, https://doi.org/10.1016/j.calphad.2025.102833 (CC BY 4.0), and the original assessment named in each file. Version 1, machine-extracted: values were read by language-model readers constrained to quote their source and checked automatically, and the release was then audited on the printed pages by adversarial audits, an independent second review of fit-facing records and a preliminary human review of a frozen sample. Flags such as accepted and ESPEI-ready record screening results, not certification; known issues are listed in the release notes.

@misc{orchid_literature_2026,
  author    = {Arr{\'o}yave, Raymundo and Saal, James and Shin, Dongwon},
  title     = {{ORCHID-Values: thermodynamic and phase-equilibrium values read from the literature}},
  version   = {2026.10},
  publisher = {Zenodo},
  year      = {2026},
  doi       = {10.5281/zenodo.23735569},
  url       = {https://doi.org/10.5281/zenodo.23735569},
  note      = {Version 1, machine-extracted}
}

@misc{orchid_hulls_2026,
  author    = {Arr{\'o}yave, Raymundo and Saal, James and Shin, Dongwon},
  title     = {{ORCHID-Hulls: binary convex hulls (Materials Project, OQMD, assessed CALPHAD)}},
  version   = {2026.10},
  publisher = {Zenodo},
  year      = {2026},
  doi       = {10.5281/zenodo.23735891},
  url       = {https://doi.org/10.5281/zenodo.23735891}
}

@misc{orchid_data_2026,
  author    = {Arr{\'o}yave, Raymundo and Saal, James and Shin, Dongwon},
  title     = {{ORCHID data: umbrella record of the ORCHID datasets}},
  version   = {2026.10},
  publisher = {Zenodo},
  year      = {2026},
  doi       = {10.5281/zenodo.23736065},
  url       = {https://doi.org/10.5281/zenodo.23736065},
  note      = {Version 1, machine-extracted}
}