Al–Ti system
365 accepted literature values from 5 paper(s) (experimental 184, model 138, DFT 20, unspecified 23); 5 calculated phase diagram(s). 13 further extracted value(s) not accepted by the reader-agreement checks are only in the JSON/CSV.
Data: JSON · CSV · interactive explorer · interactive phase diagram · phases (18) · papers (bibliography) · Markdown
| Evidence class | Values |
|---|---|
| experimental | 184 |
| model | 138 |
| DFT | 20 |
| unspecified | 23 |
| Property group | Values |
|---|---|
| invariant reaction | 160 |
| phase transition | 136 |
| phase equilibrium | 18 |
| formation | 49 |
| activity / EMF / Gibbs energy | 2 |
Calculated phase diagrams
Binary phase diagrams calculated with pycalphad 0.11.2 from the SGTE binary collection (Hallstedt 2025, CC BY 4.0). Evidence class: model.
| TDB file | Assessment | SHA-256 | Links |
|---|---|---|---|
| AlTi-00Ohn.tdb | I. Ohnuma, Y. Fujita, H. Mitsui, K. Ishikawa, R. Kainuma, K. Ishida, Acta Mater., 48, 3113-23(2000). doi:10.1016/S1359-6454(00)00118-X | f6830a89b441de8eecaf5220a38e09983544e90675750730adc7f7341098581a | viewer · TDB · JSON |
| AlTi-08Wit.tdb | V.T. Witusiewicz, A.A. Bondar, U. Hecht, S. Rex, T.Ya. Velikanova, J. Alloys Compd., 465, 64-77(2008). doi:10.1016/j.jallcom.2007.10.061 | 9b70a4ac247c561e0bc019bc100741b362c6a32f05ded075fd78c73e2ec02fad | viewer · TDB · JSON |
| AlTi-24Lia.tdb | Z. Liang, U. Kattner, K. Choudharry, F. Tavazza, C. Campbell, J. Phase Equilib. Diffus., 45, 732-56(2024). doi:10.1007/s11669-024-01124-9 | 57bd0014ed6335b550eb14e15aa5ab658ac5e2f810bd46b8e327ce4170f8c71b | viewer · TDB · JSON |
| AlTi-92Kat.tdb | U.R. Kattner, J.-C. Lin, Y.A. Chang, Metall. Trans. A, 23A, 2081-90(1992). doi:10.1007/BF02646001 | e8aff28ebffc8f27ef9710237576b5d75b7ca50781cc95f178f89866f193222e | viewer · TDB · JSON |
| AlTi-98Sau-LB.tdb | N. Saunders, COST 507, Final report round 2, 1998. | 20c2d77856efb995f37ca3ec5d75d5687d9c4a9bb77c6fedb20d7b15df7826cc | viewer · TDB · JSON |
| TDB file | T (K) | Phases at the invariant |
|---|---|---|
| AlTi-00Ohn.tdb | 1775.76 | LIQUID (x(Ti) 0.50012) + HCP_4SL (x(Ti) 0.53446) + B2_BCC (x(Ti) 0.55414) |
| AlTi-00Ohn.tdb | 1775.76 | LIQUID (x(Ti) 0.50012) + HCP_4SL (x(Ti) 0.53446) + BCC_A2 (x(Ti) 0.55414) |
| AlTi-00Ohn.tdb | 1775.76 | LIQUID (x(Ti) 0.50012) + HCP_A3 (x(Ti) 0.53446) + B2_BCC (x(Ti) 0.55414) |
| AlTi-00Ohn.tdb | 1744.39 | LIQUID (x(Ti) 0.43391) + FCC_4SL (x(Ti) 0.46055) + HCP_4SL (x(Ti) 0.48866) |
| AlTi-00Ohn.tdb | 1744.39 | LIQUID (x(Ti) 0.43391) + FCC_4SL (x(Ti) 0.46055) + HCP_4SL (x(Ti) 0.48866) |
| AlTi-00Ohn.tdb | 1744.39 | LIQUID (x(Ti) 0.43391) + FCC_4SL (x(Ti) 0.46055) + HCP_A3 (x(Ti) 0.48866) |
| AlTi-00Ohn.tdb | 1744.39 | LIQUID (x(Ti) 0.43391) + FCC_4SL (x(Ti) 0.46055) + HCP_A3 (x(Ti) 0.48866) |
| AlTi-00Ohn.tdb | 1739.03 | LIQUID (x(Ti) 0.4126) + FCC_4SL#2 (x(Ti) 0.43913) + FCC_4SL (x(Ti) 0.44544) |
| AlTi-00Ohn.tdb | 1739.03 | LIQUID (x(Ti) 0.4126) + FCC_4SL#2 (x(Ti) 0.43913) + FCC_4SL (x(Ti) 0.44544) |
| AlTi-00Ohn.tdb | 1681.92 | LIQUID (x(Ti) 0.27307) + AL5TI2 (x(Ti) 0.28571) + FCC_4SL (x(Ti) 0.35219) |
| AlTi-00Ohn.tdb | 1681.92 | LIQUID (x(Ti) 0.27276) + AL5TI2 (x(Ti) 0.28571) + FCC_4SL (x(Ti) 0.35202) |
| AlTi-00Ohn.tdb | 1665.81 | LIQUID (x(Ti) 0.21197) + AL3TI_D022 (x(Ti) 0.25) + AL5TI2 (x(Ti) 0.28571) |
| AlTi-00Ohn.tdb | 1665.81 | LIQUID (x(Ti) 0.21154) + AL3TI_D022 (x(Ti) 0.25) + AL5TI2 (x(Ti) 0.28571) |
| AlTi-00Ohn.tdb | 1459.75 | AL5TI2 (x(Ti) 0.28571) + AL2TI (x(Ti) 0.33333) + FCC_4SL (x(Ti) 0.39539) |
| AlTi-00Ohn.tdb | 1459.75 | AL5TI2 (x(Ti) 0.28571) + AL2TI (x(Ti) 0.33333) + FCC_4SL (x(Ti) 0.39537) |
| AlTi-00Ohn.tdb | 1459.75 | AL5TI2 (x(Ti) 0.28571) + AL2TI (x(Ti) 0.33333) + FCC_4SL (x(Ti) 0.39539) |
| AlTi-00Ohn.tdb | 1447.95 | AL2TI (x(Ti) 0.33333) + FCC_4SL (x(Ti) 0.39746) + FCC_4SL#2 (x(Ti) 0.41844) |
| AlTi-00Ohn.tdb | 1447.95 | AL2TI (x(Ti) 0.33333) + FCC_4SL#2 (x(Ti) 0.39746) + FCC_4SL (x(Ti) 0.41844) |
| AlTi-00Ohn.tdb | 1401.14 | FCC_4SL (x(Ti) 0.5283) + HCP_4SL (x(Ti) 0.597) + HCP_4SL#2 (x(Ti) 0.60647) |
| AlTi-00Ohn.tdb | 1401.14 | FCC_4SL (x(Ti) 0.5283) + HCP_A3 (x(Ti) 0.597) + HCP_4SL (x(Ti) 0.60647) |
| AlTi-00Ohn.tdb | 1401.14 | FCC_4SL (x(Ti) 0.5283) + HCP_A3 (x(Ti) 0.597) + HCP_4SL (x(Ti) 0.60647) |
| AlTi-00Ohn.tdb | 1256.37 | AL3TI_D022 (x(Ti) 0.25) + AL5TI2 (x(Ti) 0.28571) + AL2TI (x(Ti) 0.33333) |
| AlTi-00Ohn.tdb | 936.48 | LIQUID (x(Ti) 9.900e-4) + FCC_4SL (x(Ti) 0.00572) + AL3TI_D022 (x(Ti) 0.25) |
| AlTi-00Ohn.tdb | 936.48 | LIQUID (x(Ti) 9.700e-4) + FCC_4SL (x(Ti) 0.00559) + AL3TI_D022 (x(Ti) 0.25) |
| AlTi-00Ohn.tdb | 936.48 | LIQUID (x(Ti) 9.700e-4) + FCC_A1 (x(Ti) 0.00559) + AL3TI_D022 (x(Ti) 0.25) |
| AlTi-00Ohn.tdb | 933.47 | LIQUID (x(Ti) 0) + FCC_4SL (x(Ti) 0) + FCC_A1 (x(Ti) 0) |
| AlTi-00Ohn.tdb | 761.42 | AL3TI_D022 (x(Ti) 0.25) + AL2TI (x(Ti) 0.33333) + FCC_4SL (x(Ti) 0.4544) |
| AlTi-00Ohn.tdb | 761.42 | AL3TI_D022 (x(Ti) 0.25) + AL2TI (x(Ti) 0.33333) + FCC_4SL (x(Ti) 0.45441) |
| AlTi-08Wit.tdb | 1940.98 | BCC_A2 (x(Ti) 1) + B2_BCC (x(Ti) 1) + LIQUID (x(Ti) 1) |
| AlTi-08Wit.tdb | 1763.6 | LIQUID (x(Ti) 0.50621) + HCP_A3 (x(Ti) 0.53338) + BCC_A2 (x(Ti) 0.55424) |
| AlTi-08Wit.tdb | 1763.6 | LIQUID (x(Ti) 0.50621) + HCP_A3 (x(Ti) 0.53338) + B2_BCC (x(Ti) 0.55424) |
| AlTi-08Wit.tdb | 1728.79 | LIQUID (x(Ti) 0.45285) + ALTI_L10 (x(Ti) 0.45408) + HCP_A3 (x(Ti) 0.48486) |
| AlTi-08Wit.tdb | 1728.79 | LIQUID (x(Ti) 0.45285) + ALTI_L10 (x(Ti) 0.45408) + HCP_A3 (x(Ti) 0.48486) |
| AlTi-08Wit.tdb | 1705.3 | LIQUID (x(Ti) 0.34494) + AL5TI2 (x(Ti) 0.36342) + ALTI_L10 (x(Ti) 0.37869) |
| AlTi-08Wit.tdb | 1705.3 | LIQUID (x(Ti) 0.34494) + AL5TI2 (x(Ti) 0.36342) + ALTI_L10 (x(Ti) 0.37869) |
| AlTi-08Wit.tdb | 1669.15 | LIQUID (x(Ti) 0.251) + AL3TI_D022 (x(Ti) 0.2581) + AL5TI2 (x(Ti) 0.29594) |
| AlTi-08Wit.tdb | 1469.41 | AL2TI (x(Ti) 0.34371) + AL5TI2 (x(Ti) 0.3497) + ALTI_L10 (x(Ti) 0.38104) |
| AlTi-08Wit.tdb | 1469.41 | AL2TI (x(Ti) 0.34371) + AL5TI2 (x(Ti) 0.3497) + ALTI_L10 (x(Ti) 0.38104) |
| AlTi-08Wit.tdb | 1461.9 | ALTI3_D019 (x(Ti) 0.68059) + HCP_A3 (x(Ti) 0.68372) + B2_BCC (x(Ti) 0.69225) |
| AlTi-08Wit.tdb | 1461.9 | ALTI3_D019 (x(Ti) 0.68059) + HCP_A3 (x(Ti) 0.68372) + B2_BCC (x(Ti) 0.69225) |
| AlTi-08Wit.tdb | 1431.97 | ALTI3_D019 (x(Ti) 0.70565) + HCP_A3 (x(Ti) 0.71471) + B2_BCC (x(Ti) 0.72151) |
| AlTi-08Wit.tdb | 1431.97 | ALTI3_D019 (x(Ti) 0.70565) + HCP_A3 (x(Ti) 0.71471) + B2_BCC (x(Ti) 0.72151) |
| AlTi-08Wit.tdb | 1391.88 | ALTI_L10 (x(Ti) 0.53235) + HCP_A3 (x(Ti) 0.60218) + ALTI3_D019 (x(Ti) 0.61497) |
| AlTi-08Wit.tdb | 1391.88 | ALTI_L10 (x(Ti) 0.53235) + HCP_A3 (x(Ti) 0.60218) + ALTI3_D019 (x(Ti) 0.61497) |
| AlTi-08Wit.tdb | 1248.47 | AL3TI_D022 (x(Ti) 0.25238) + AL5TI2 (x(Ti) 0.3018) + AL2TI (x(Ti) 0.32655) |
| AlTi-08Wit.tdb | 1205.31 | AL3TI_D022 (x(Ti) 0.25187) + AL3TI_LT (x(Ti) 0.25435) + AL2TI (x(Ti) 0.32731) |
| AlTi-08Wit.tdb | 1082.59 | AL2TI (x(Ti) 0.34723) + AL5TI3 (x(Ti) 0.375) + ALTI_L10 (x(Ti) 0.41735) |
| AlTi-08Wit.tdb | 1006.63 | LIQUID (x(Ti) 0.00178) + AL3TI_D022 (x(Ti) 0.23513) + AL3TI_LT (x(Ti) 0.2449) |
| AlTi-08Wit.tdb | 938.69 | LIQUID (x(Ti) 8.400e-4) + FCC_A1 (x(Ti) 0.00784) + AL3TI_LT (x(Ti) 0.24339) |
| AlTi-24Lia.tdb | 1763.84 | LIQUID (x(Ti) 0.45907) + HCP_A3 (x(Ti) 0.50644) + BCC_A2 (x(Ti) 0.50866) |
| AlTi-24Lia.tdb | 1730.85 | LIQUID (x(Ti) 0.41297) + ALTI_L10 (x(Ti) 0.44135) + HCP_A3 (x(Ti) 0.4689) |
| AlTi-24Lia.tdb | 1688.63 | LIQUID (x(Ti) 0.31291) + AL11TI5_D023 (x(Ti) 0.32939) + ALTI_L10 (x(Ti) 0.37568) |
| AlTi-24Lia.tdb | 1657.59 | LIQUID (x(Ti) 0.2232) + AL3TI_D022 (x(Ti) 0.25381) + AL11TI5_D023 (x(Ti) 0.29767) |
| AlTi-24Lia.tdb | 1446.27 | AL2TI (x(Ti) 0.34291) + AL11TI5_D023 (x(Ti) 0.35085) + ALTI_L10 (x(Ti) 0.40775) |
| AlTi-24Lia.tdb | 1446.27 | AL2TI (x(Ti) 0.34291) + AL11TI5_D023 (x(Ti) 0.35085) + ALTI_L10 (x(Ti) 0.40775) |
| AlTi-24Lia.tdb | 1393.61 | ALTI_L10 (x(Ti) 0.53137) + HCP_A3 (x(Ti) 0.61485) + ALTI3_D019 (x(Ti) 0.63198) |
| AlTi-24Lia.tdb | 1270.77 | AL3TI_D022 (x(Ti) 0.25095) + AL11TI5_D023 (x(Ti) 0.30272) + AL2TI (x(Ti) 0.33429) |
| AlTi-24Lia.tdb | 1083.25 | AL2TI (x(Ti) 0.33473) + AL5TI3 (x(Ti) 0.375) + ALTI_L10 (x(Ti) 0.41461) |
| AlTi-24Lia.tdb | 1083.25 | AL2TI (x(Ti) 0.33473) + AL5TI3 (x(Ti) 0.375) + ALTI_L10 (x(Ti) 0.41461) |
| AlTi-24Lia.tdb | 938.15 | LIQUID (x(Ti) 5.000e-4) + FCC_A1 (x(Ti) 0.00684) + AL3TI_D022 (x(Ti) 0.24609) |
| AlTi-92Kat.tdb | 1849.36 | HCP_A3 (x(Ti) 0.60541) + LIQUID (x(Ti) 0.60597) + BCC_A2 (x(Ti) 0.63293) |
| AlTi-92Kat.tdb | 1766.34 | LIQUID (x(Ti) 0.41955) + ALTI_L10 (x(Ti) 0.43472) + HCP_A3 (x(Ti) 0.46777) |
| AlTi-92Kat.tdb | 1702.1 | LIQUID (x(Ti) 0.26636) + AL5TI2 (x(Ti) 0.28571) + ALTI_L10 (x(Ti) 0.33346) |
| AlTi-92Kat.tdb | 1702.1 | LIQUID (x(Ti) 0.26597) + AL5TI2 (x(Ti) 0.28571) + ALTI_L10 (x(Ti) 0.33323) |
| AlTi-92Kat.tdb | 1675.57 | LIQUID (x(Ti) 0.20573) + AL3TI_D022 (x(Ti) 0.25432) + AL5TI2 (x(Ti) 0.28571) |
| AlTi-92Kat.tdb | 1675.56 | LIQUID (x(Ti) 0.20511) + AL3TI_D022 (x(Ti) 0.25429) + AL5TI2 (x(Ti) 0.28571) |
| AlTi-92Kat.tdb | 1472.96 | AL5TI2 (x(Ti) 0.28571) + AL2TI (x(Ti) 0.33333) + ALTI_L10 (x(Ti) 0.35516) |
| AlTi-92Kat.tdb | 1472.96 | AL5TI2 (x(Ti) 0.28571) + AL2TI (x(Ti) 0.33333) + ALTI_L10 (x(Ti) 0.35517) |
| AlTi-92Kat.tdb | 1391.53 | ALTI_L10 (x(Ti) 0.53261) + HCP_A3 (x(Ti) 0.60389) + ALTI3_D019 (x(Ti) 0.61788) |
| AlTi-92Kat.tdb | 1263.07 | AL3TI_D022 (x(Ti) 0.25848) + AL5TI2 (x(Ti) 0.28571) + AL2TI (x(Ti) 0.33333) |
| AlTi-92Kat.tdb | 1263.07 | AL3TI_D022 (x(Ti) 0.25848) + AL5TI2 (x(Ti) 0.28571) + AL2TI (x(Ti) 0.33333) |
| AlTi-92Kat.tdb | 1263.07 | AL3TI_D022 (x(Ti) 0.25848) + AL5TI2 (x(Ti) 0.28571) + AL2TI (x(Ti) 0.33333) |
| AlTi-92Kat.tdb | 937.1 | LIQUID (x(Ti) 7.400e-4) + FCC_A1 (x(Ti) 0.00572) + AL3TI_D022 (x(Ti) 0.24959) |
| AlTi-98Sau-LB.tdb | 1775.9 | LIQUID (x(Ti) 0.4912) + HCP_A3 (x(Ti) 0.54015) + BCC_A2 (x(Ti) 0.55534) |
| AlTi-98Sau-LB.tdb | 1716.65 | LIQUID (x(Ti) 0.43641) + ALTI_L10 (x(Ti) 0.4588) + HCP_A3 (x(Ti) 0.49804) |
| AlTi-98Sau-LB.tdb | 1716.65 | LIQUID (x(Ti) 0.43641) + ALTI_L10 (x(Ti) 0.4588) + HCP_A3 (x(Ti) 0.49804) |
| AlTi-98Sau-LB.tdb | 1651.88 | LIQUID (x(Ti) 0.31056) + AL11TI5_D023 (x(Ti) 0.32) + ALTI_L10 (x(Ti) 0.38015) |
| AlTi-98Sau-LB.tdb | 1651.88 | LIQUID (x(Ti) 0.31056) + AL11TI5_D023 (x(Ti) 0.32) + ALTI_L10 (x(Ti) 0.38015) |
| AlTi-98Sau-LB.tdb | 1651.88 | LIQUID (x(Ti) 0.3105) + AL11TI5_D023 (x(Ti) 0.32) + ALTI_L10 (x(Ti) 0.38012) |
| AlTi-98Sau-LB.tdb | 1645.92 | AL3M_D022 (x(Ti) 0.27629) + LIQUID (x(Ti) 0.28359) + AL11TI5_D023 (x(Ti) 0.32) |
| AlTi-98Sau-LB.tdb | 1645.92 | AL3M_D022 (x(Ti) 0.27621) + LIQUID (x(Ti) 0.28326) + AL11TI5_D023 (x(Ti) 0.32) |
| AlTi-98Sau-LB.tdb | 1454.37 | AL11TI5_D023 (x(Ti) 0.32) + AL2TI (x(Ti) 0.33333) + ALTI_L10 (x(Ti) 0.38775) |
| AlTi-98Sau-LB.tdb | 1454.37 | AL11TI5_D023 (x(Ti) 0.32) + AL2TI (x(Ti) 0.33333) + ALTI_L10 (x(Ti) 0.38775) |
| AlTi-98Sau-LB.tdb | 1454.37 | AL11TI5_D023 (x(Ti) 0.32) + AL2TI (x(Ti) 0.33333) + ALTI_L10 (x(Ti) 0.38776) |
| AlTi-98Sau-LB.tdb | 1399.3 | ALTI_L10 (x(Ti) 0.51636) + HCP_A3 (x(Ti) 0.59264) + ALM3_D019 (x(Ti) 0.6028) |
| AlTi-98Sau-LB.tdb | 1399.3 | ALTI_L10 (x(Ti) 0.51636) + HCP_A3 (x(Ti) 0.59264) + ALM3_D019 (x(Ti) 0.6028) |
| AlTi-98Sau-LB.tdb | 1269.09 | AL3M_D022 (x(Ti) 0.25412) + AL11TI5_D023 (x(Ti) 0.32) + AL2TI (x(Ti) 0.33333) |
| AlTi-98Sau-LB.tdb | 1269.09 | AL3M_D022 (x(Ti) 0.25412) + AL11TI5_D023 (x(Ti) 0.32) + AL2TI (x(Ti) 0.33333) |
| AlTi-98Sau-LB.tdb | 1269.09 | AL3M_D022 (x(Ti) 0.25411) + AL11TI5_D023 (x(Ti) 0.32) + AL2TI (x(Ti) 0.33333) |
| AlTi-98Sau-LB.tdb | 938.03 | LIQUID (x(Ti) 7.300e-4) + FCC_A1 (x(Ti) 0.00742) + AL3M_D022 (x(Ti) 0.25) |
| AlTi-98Sau-LB.tdb | 938.03 | LIQUID (x(Ti) 7.200e-4) + FCC_A1 (x(Ti) 0.00733) + AL3M_D022 (x(Ti) 0.25) |
Convex hulls: Materials Project DFT hull · OQMD DFT hull · CALPHAD hull AlTi-00Ohn · CALPHAD hull AlTi-08Wit · CALPHAD hull AlTi-98Sau-LB
Invariant reactions (literature)
| T (K) | Reaction / phases | Compositions (mole fraction) | Class | Source | Location | Quote |
|---|---|---|---|---|---|---|
| 1989 | congruent melting: L ↔ β | L: Al 0.212; β: Al 0.212 | model | [1] Witusiewicz 2008 cites Saunders 1998 | Table 4, p. 6, row 4 report | |
| 1983 | congruent melting: L ↔ β | L: Al 0.085; β: Al 0.085 | experimental | [1] Witusiewicz 2008 cites Ogden 1951 | Table 4, p. 6, row 1 report | |
| 1963 | congruent melting: L ↔ β | L: Al 0.096; β: Al 0.096 | unspecified | [1] Witusiewicz 2008 | Table 4, p. 6, row 5 report | |
| 1963 | congruent melting: L ↔ β | L: Al 0.085; β: Al 0.085 | model | [1] Witusiewicz 2008 cites Schuster 2006 doi | Table 4, p. 6, row 3 report | |
| 1962 | congruent melting: L ↔ β | experimental | [1] Witusiewicz 2008 | Table 4, p. 6, row 2 report | ||
| 1793 | peritectic: L + β ↔ α | experimental | [1] Witusiewicz 2008 cites Bulanova 2004 doi | Table 4, p. 6, row 10 report | ||
| 1776 | peritectic: L + β ↔ α | L: Al 0.509; β: Al 0.445; α: Al 0.46 | model | [1] Witusiewicz 2008 cites Saunders 1998 | Table 4, p. 6, row 13 report | |
| 1775.9 | peritectic: Liquid + bcc-A2 -> hcp-A3 | L: Ti 0.491; bcc-A2: Ti 0.555; hcp-A3: Ti 0.54 | model | [2] (ed.) 1998 | Table I, p. 109, row 7 report | |
| 1768.15 | peritectic: L + (βTi) -> (αTi) | L: Al 0.49; (βTi): Al 0.465; (αTi): Al 0.47 | experimental | [3] Kattner 1992 cites Mishurda | Table II, p. 4, row 2 report | |
| 1765.43 | L + β-Ti -> α-Ti | model | [4] Liang 2024 | Table 3, p. 8, row 2 report | ||
| 1764 | peritectic: L + β ↔ α | L: Al 0.495; β: Al 0.446; α: Al 0.467 | model | [1] Witusiewicz 2008 cites Schuster 2006 doi | Table 4, p. 6, row 11 report | |
| 1764 | peritectic: L + β ↔ α | L: Al 0.494; β: Al 0.446; α: Al 0.467 | unspecified | [1] Witusiewicz 2008 | Table 4, p. 6, row 14 report | |
| 1763.15 | peritectic: L + (βTi) -> (αTi) | L: Al 0.494; (βTi): Al 0.448; (αTi): Al 0.473 | model | [3] Kattner 1992 | Table II, p. 4, row 1 report | |
| 1763 | peritectic: L + β ↔ α | L: Al 0.48; β: Al 0.435; α: Al 0.46 | unspecified | [1] Witusiewicz 2008 cites Yu 2000 | Table 4, p. 6, row 8 report | |
| 1763 | peritectic: L + β ↔ α | L: Al 0.495; β: Al 0.465; α: Al 0.475 | unspecified | [1] Witusiewicz 2008 cites Perepezko 1993 | Table 4, p. 6, row 6 report | |
| 1763 | peritectic: L + β ↔ α | L: Al 0.497; β: Al 0.46; α: Al 0.479 | model | [1] Witusiewicz 2008 cites Zhang 1997 doi | Table 4, p. 6, row 12 report | |
| 1759 | peritectic: L + β ↔ α | L: Al 0.478; β: Al 0.445; α: Al 0.462 | experimental | [1] Witusiewicz 2008 cites Hall 1990 doi | Table 4, p. 6, row 7 report | |
| 1745 | peritectic: L + β ↔ α | experimental | [1] Witusiewicz 2008 cites Ence 1961 | Table 4, p. 6, row 9 report | ||
| 1737 | peritectic: L + α ↔ γ | γ: Al 0.5, Ti 0.5 | experimental | [1] Witusiewicz 2008 cites Ogden 1951 | Table 4, p. 6, row 17 report | |
| 1736 | peritectic: L + α ↔ γ | L: Al 0.549; α: Al 0.517; γ: Al 0.547 | model | [1] Witusiewicz 2008 cites Zhang 1997 doi | Table 4, p. 6, row 24 report | |
| 1735.95 | peritectic: L + (αTi) -> TiAl | L: Al 0.551; (αTi): Al 0.514; TiAl: Al 0.55 | model | [3] Kattner 1992 | Table II, p. 4, row 3 report | |
| 1735.15 | peritectic: L + (αTi) -> TiAl | L: Al 0.56; (αTi): Al 0.51; TiAl: Al 0.5, Ti 0.5 | experimental | [3] Kattner 1992 cites Mishurda | Table II, p. 4, row 4 report | |
| 1735 | peritectic: L + α ↔ γ | L: Al 0.56; α: Al 0.51; γ: Al 0.53 | unspecified | [1] Witusiewicz 2008 cites Perepezko 1993 | Table 4, p. 6, row 15 report | |
| 1733 | peritectic: L + α ↔ γ | γ: Al 0.5, Ti 0.5 | experimental | [1] Witusiewicz 2008 cites McPherson 1954 | Table 4, p. 6, row 20 report | |
| 1730.61 | L + α-Ti -> L10-TiAl | L10-TiAl: Ti 0.5 | model | [4] Liang 2024 | Table 3, p. 8, row 5 report | |
| 1729 | peritectic: L + α ↔ γ | L: Al 0.59; α: Al 0.505; γ: Al 0.545 | model | [1] Witusiewicz 2008 cites Schuster 2006 doi | Table 4, p. 6, row 23 report | |
| 1729 | peritectic: L + α ↔ γ | L: Al 0.547; α: Al 0.515; γ: Al 0.546 | unspecified | [1] Witusiewicz 2008 | Table 4, p. 6, row 26 report | |
| 1729 | peritectic: L + α ↔ γ | γ: Al 0.5, Ti 0.5 | unspecified | [1] Witusiewicz 2008 cites Anderson 1991 | Table 4, p. 6, row 16 report | |
| 1725 | peritectic: L + α ↔ γ | L: Al 0.567; γ: Al 0.535 | unspecified | [1] Witusiewicz 2008 cites Schuster 1990 | Table 4, p. 6, row 18 report | |
| 1723 | peritectic: L + α ↔ γ | γ: Al 0.5, Ti 0.5 | experimental | [1] Witusiewicz 2008 | Table 4, p. 6, row 22 report | |
| 1717 | peritectic: L + α ↔ γ | L: Al 0.564; α: Al 0.502; γ: Al 0.541 | model | [1] Witusiewicz 2008 cites Saunders 1998 | Table 4, p. 6, row 25 report | |
| 1716.7 | peritectic: Liquid + hcp-A3 -> AlTi-L10 | L: Ti 0.436; hcp-A3: Ti 0.498; AlTi-L10: Ti 0.459 | model | [2] (ed.) 1998 | Table I, p. 109, row 6 report | |
| 1715 | peritectic: L + α ↔ γ | γ: Al 0.5, Ti 0.5 | experimental | [1] Witusiewicz 2008 cites Hall 1990 doi | Table 4, p. 6, row 19 report | |
| 1706.15 | L + TiAl -> h-TiAl2 | L: Al 0.72; TiAl: Al 0.5, Ti 0.5 | experimental | [3] Kattner 1992 cites Schuster 1990 | Table IV, p. 8, row 2 report | |
| 1705 | L + γ ↔ ζ | L: Al 0.655; γ: Al 0.621; ζ: Al 0.637 | unspecified | [1] Witusiewicz 2008 | Table 4, p. 6, row 31 report | |
| 1703.15 | L + TiAl -> h-TiAl2 | L: Al 0.698; TiAl: Al 0.649; h-TiAl2: Al 0.667 | model | [3] Kattner 1992 | Table IV, p. 8, row 1 report | |
| 1698.15 | peritectic: L + TiAl -> Ti2Al5 | L: Al 0.73; TiAl: Al 0.5, Ti 0.5; Ti2Al5: Al 0.714286, Ti 0.285714 | experimental | [3] Kattner 1992 cites Mishurda | Table II, p. 4, row 8 report | |
| 1698.15 | L + TiAl -> h-TiAl2 | L: Al 0.73; TiAl: Al 0.5, Ti 0.5 | unspecified | [3] Kattner 1992 cites Mishurda | Table IV, p. 8, row 3 report | |
| 1698 | peritectic: L + ζ ↔ ε(h) or L + Ti5Al11 ↔ ε(h) or else L + γ/1d-APS ↔ ε(h) | L: Al 0.78; ζ: Al 0.715; ε(h): Al 0.75 | experimental | [1] Witusiewicz 2008 cites Bulanova 2004 doi | Table 4, p. 6, row 37 report | |
| 1689.15 | L + h-TiAl2 -> Ti2Al5 | L: Al 0.765; h-TiAl2: Al 0.667; Ti2Al5: Al 0.714286, Ti 0.285714 | experimental | [3] Kattner 1992 cites Schuster 1990 | Table IV, p. 8, row 5 report | |
| 1689.15 | peritectic: L + TiAl -> Ti2Al5 | L: Al 0.76; TiAl: Al 0.64; Ti2Al5: Al 0.714286, Ti 0.285714 | experimental | [3] Kattner 1992 cites Schuster 1990 | Table II, p. 4, row 7 report | |
| 1689.05 | peritectic: L + TiAl -> Ti2Al5 | L: Al 0.725; TiAl: Al 0.665; Ti2Al5: Al 0.714 | model | [3] Kattner 1992 | Table II, p. 4, row 5 report | |
| 1689 | peritectic: L + γ ↔ ζ or L + γ ↔ Ti5Al11 or else L + Ti1-xAl1+x ↔ Ti5Al11 | L: Al 0.719; γ: Al 0.5, Ti 0.5; ζ: Al 0.714286, Ti 0.285714 | unspecified | [1] Witusiewicz 2008 cites Grytsiv 2003 doi | Table 4, p. 6, row 28 report | |
| 1689 | peritectic: L + γ ↔ ζ or L + γ ↔ Ti5Al11 or else L + Ti1-xAl1+x ↔ Ti5Al11 | L: Al 0.719; γ: Al 0.676; ζ: Al 0.714 | model | [1] Witusiewicz 2008 cites Zhang 1997 doi | Table 4, p. 6, row 29 report | |
| 1688.76 | L + L10-TiAl -> D023-Ti5Al11 | L10-TiAl: Ti 0.5; D023-Ti5Al11: Ti 0.3125 | model | [4] Liang 2024 | Table 3, p. 8, row 6 report | |
| 1688.25 | L + h-TiAl2 -> Ti2Al5 | L: Al 0.732; h-TiAl2: Al 0.667; Ti2Al5: Al 0.714 | model | [3] Kattner 1992 | Table IV, p. 8, row 4 report | |
| 1688.15 | peritectic: L + TiAl -> Ti2Al5 | L: Al 0.68; TiAl: Al 0.5, Ti 0.5; Ti2Al5: Al 0.714286, Ti 0.285714 | experimental | [3] Kattner 1992 cites Kaltenbach 1989 | Table II, p. 4, row 6 report | |
| 1688 | peritectic: L + γ ↔ ζ or L + γ ↔ Ti5Al11 or else L + Ti1-xAl1+x ↔ Ti5Al11 | L: Al 0.68; γ: Al 0.5, Ti 0.5; ζ: Al 0.714286, Ti 0.285714 | unspecified | [1] Witusiewicz 2008 cites Kaltenbach 1989 | Table 4, p. 6, row 27 report | |
| 1685 | peritectic: L + ζ ↔ ε(h) or L + Ti5Al11 ↔ ε(h) or else L + γ/1d-APS ↔ ε(h) | L: Al 0.775; ζ: Al 0.73; ε(h): Al 0.75 | model | [1] Witusiewicz 2008 cites Schuster 2006 doi | Table 4, p. 6, row 39 report | |
| 1683 | peritectic: L + ζ ↔ ε(h) or L + Ti5Al11 ↔ ε(h) or else L + γ/1d-APS ↔ ε(h) | ζ: Al 0.714286, Ti 0.285714 | experimental | [1] Witusiewicz 2008 cites Kornilov 1956 | Table 4, p. 6, row 32 report | |
| 1681 | peritectic: L + ζ ↔ ε(h) or L + Ti5Al11 ↔ ε(h) or else L + γ/1d-APS ↔ ε(h) | ζ: Al 0.714286, Ti 0.285714 | experimental | [1] Witusiewicz 2008 cites Palm 2002 doi | Table 4, p. 6, row 35 report | |
| 1678 | peritectic: L + ζ ↔ ε(h) or L + Ti5Al11 ↔ ε(h) or else L + γ/1d-APS ↔ ε(h) | ζ: Al 0.714286, Ti 0.285714 | experimental | [1] Witusiewicz 2008 | Table 4, p. 6, row 38 report | |
| 1669.15 | peritectic: L + Ti2Al5 -> TiAl3 | Ti2Al5: Al 0.714286, Ti 0.285714; TiAl3: Al 0.75, Ti 0.25 | experimental | [3] Kattner 1992 cites Mishurda | Table II, p. 4, row 12 report | |
| 1669 | L + Ti2Al5 ↔ ε(h) | L: Al 0.749; Ti2Al5: Al 0.704; ε(h): Al 0.742 | unspecified | [1] Witusiewicz 2008 | Table 4, p. 6, row 42 report | |
| 1668.15 | peritectic: L + Ti2Al5 -> TiAl3 | L: Al 0.78; Ti2Al5: Al 0.714286, Ti 0.285714; TiAl3: Al 0.75, Ti 0.25 | experimental | [3] Kattner 1992 cites Kaltenbach 1989 | Table II, p. 4, row 10 report | |
| 1668 | peritectic: L + ζ ↔ ε(h) or L + Ti5Al11 ↔ ε(h) or else L + γ/1d-APS ↔ ε(h) | L: Al 0.79; ζ: Al 0.714; ε(h): Al 0.75 | unspecified | [1] Witusiewicz 2008 cites Kaltenbach 1989 | Table 4, p. 6, row 33 report | |
| 1666.05 | peritectic: L + Ti2Al5 -> TiAl3 | L: Al 0.791; Ti2Al5: Al 0.714; TiAl3: Al 0.746 | model | [3] Kattner 1992 | Table II, p. 4, row 9 report | |
| 1666 | peritectic: L + ζ ↔ ε(h) or L + Ti5Al11 ↔ ε(h) or else L + γ/1d-APS ↔ ε(h) | L: Al 0.786; ζ: Al 0.714; ε(h): Al 0.74 | model | [1] Witusiewicz 2008 cites Zhang 1997 doi | Table 4, p. 6, row 40 report | |
| 1660.15 | peritectic: L + Ti2Al5 -> TiAl3 | Ti2Al5: Al 0.714286, Ti 0.285714; TiAl3: Al 0.75, Ti 0.25 | experimental | [3] Kattner 1992 cites Schuster 1990 | Table II, p. 4, row 11 report | |
| 1660 | peritectic: L + ζ ↔ ε(h) or L + Ti5Al11 ↔ ε(h) or else L + γ/1d-APS ↔ ε(h) | L: Al 0.81; ζ: Al 0.711; ε(h): Al 0.75 | unspecified | [1] Witusiewicz 2008 cites Schmid-Fetzer 2003 | Table 4, p. 6, row 34 report | |
| 1657.41 | L + D023-Ti5Al11 -> D022-TiAl3 | D023-Ti5Al11: Ti 0.3125; D022-TiAl3: Ti 0.25 | model | [4] Liang 2024 | Table 3, p. 8, row 11 report | |
| 1652 | peritectic: L + γ ↔ ζ or L + γ ↔ Ti5Al11 or else L + Ti1-xAl1+x ↔ Ti5Al11 | L: Al 0.69; γ: Al 0.62; ζ: Al 0.68 | model | [1] Witusiewicz 2008 cites Saunders 1998 | Table 4, p. 6, row 30 report | |
| 1651.9 | peritectic: Liquid + AlTi-L10 -> Al11Ti5 | L: Ti 0.31; AlTi-L10: Ti 0.38; Al11Ti5: Ti 0.32 | model | [2] (ed.) 1998 | Table I, p. 109, row 5 report | |
| 1628 | peritectic: L + ζ ↔ ε(h) or L + Ti5Al11 ↔ ε(h) or else L + γ/1d-APS ↔ ε(h) | L: Al 0.753; ζ: Al 0.68; ε(h): Al 0.75 | model | [1] Witusiewicz 2008 cites Saunders 1998 | Table 4, p. 6, row 41 report | |
| 1523 | congruent transformation: Ti5Al11 ↔ η or ζ ↔ η or else γ/1d-APS ↔ η | Ti5Al11: Al 0.667; η: Al 0.667 | experimental | [1] Witusiewicz 2008 cites Raman 1965 | Table 4, p. 6, row 44 report | |
| 1523 | peritectoid: α + β <-> α2 | α2: Al 0.25, Ti 0.75 | experimental | [1] Witusiewicz 2008 cites Kornilov 1965 | Table 4, p. 7, row 7 report | |
| 1498 | peritectoid: α + β <-> α2 | α2: Al 0.25, Ti 0.75 | experimental | [1] Witusiewicz 2008 cites Ouchi 1980 | Table 4, p. 7, row 6 report | |
| 1497 | polymorphic: ζ ↔ η | ζ: Al 0.666; η: Al 0.666 | unspecified | [1] Witusiewicz 2008 | Table 4, p. 6, row 48 report | |
| 1488.15 | polymorphic: h-TiAl2 -> r-TiAl2 | r-TiAl2: Al 0.667 | model | [3] Kattner 1992 | Table IV, p. 8, row 6 report | |
| 1488.15 | polymorphic: h-TiAl2 -> r-TiAl2 | r-TiAl2: Al 0.667 | experimental | [3] Kattner 1992 cites Schuster 1990 | Table IV, p. 8, row 8 report | |
| 1488.15 | peritectoid: TiAl + Ti2Al5 -> TiAl2 | TiAl: Al 0.5, Ti 0.5; Ti2Al5: Al 0.714286, Ti 0.285714; TiAl2: Al 0.666667, Ti 0.333333 | experimental | [3] Kattner 1992 cites Schuster 1990 | Table II, p. 4, row 25 report | |
| 1488 | congruent transformation: Ti5Al11 ↔ η or ζ ↔ η or else γ/1d-APS ↔ η | Ti5Al11: Al 0.665; η: Al 0.665 | unspecified | [1] Witusiewicz 2008 cites Braun 1999 | Table 4, p. 6, row 45 report | |
| 1488 | congruent transformation: Ti5Al11 ↔ η or ζ ↔ η or else γ/1d-APS ↔ η | Ti5Al11: Al 0.6875, Ti 0.3125; η: Al 0.666667, Ti 0.333333 | model | [1] Witusiewicz 2008 cites Grytsiv 2003 doi | Table 4, p. 6, row 46 report | |
| 1488 | congruent transformation: Ti5Al11 ↔ η or ζ ↔ η or else γ/1d-APS ↔ η | Ti5Al11: Al 0.657; η: Al 0.657 | model | [1] Witusiewicz 2008 cites Schuster 2006 doi | Table 4, p. 6, row 47 report | |
| 1478.15 | polymorphic: h-TiAl2 -> r-TiAl2 | h-TiAl2: Al 0.666667, Ti 0.333333; r-TiAl2: Al 0.666667, Ti 0.333333 | unspecified | [3] Kattner 1992 cites Mishurda | Table IV, p. 8, row 9 report | |
| 1478.15 | peritectoid: TiAl + Ti2Al5 -> TiAl2 | TiAl: Al 0.5, Ti 0.5; Ti2Al5: Al 0.714286, Ti 0.285714; TiAl2: Al 0.666667, Ti 0.333333 | experimental | [3] Kattner 1992 cites Mishurda | Table II, p. 4, row 26 report | |
| 1478 | peritectoid: ζ + γ ↔ η | ζ: Al 0.714; γ: Al 0.6; η: Al 0.667 | unspecified | [1] Witusiewicz 2008 cites Mishurda 1991 | Table 4, p. 6, row 50 report | |
| 1473.15 | peritectoid: (βTi) + (αTi) -> Ti3Al | (βTi): Al 0.29; (αTi): Al 0.35; Ti3Al: Al 0.3 | experimental | [3] Kattner 1992 cites Waterstrat 1988 | Table II, p. 4, row 18 report | |
| 1473 | peritectoid: Ti5Al11 + γ <-> η | Ti5Al11: Al 0.714; γ: Al 0.612; η: Al 0.667 | model | [1] Witusiewicz 2008 cites Zhang 1997 doi | Table 4, p. 7, row 1 report | |
| 1473 | peritectoid: α + β <-> α2 | α: Al 0.33; β: Al 0.28; α2: Al 0.32 | model | [1] Witusiewicz 2008 cites Schuster 2006 doi | Table 4, p. 7, row 9 report | |
| 1473 | peritectoid: α + β <-> α2 | α: Al 0.35; β: Al 0.29; α2: Al 0.33 | experimental | [1] Witusiewicz 2008 cites Waterstrat 1988 doi | Table 4, p. 7, row 4 report | |
| 1472.55 | peritectoid: TiAl + Ti2Al5 -> TiAl2 | TiAl: Al 0.645; Ti2Al5: Al 0.714; TiAl2: Al 0.667 | model | [3] Kattner 1992 | Table II, p. 4, row 23 report | |
| 1469 | eutectoid: ζ <-> γ + η | ζ: Al 0.656; γ: Al 0.619; η: Al 0.65 | model | [1] Witusiewicz 2008 | Table 4, p. 7, row 3 report | |
| 1469 | peritectoid: α + β <-> α2 | α: Al 0.32; β: Al 0.287; α2: Al 0.313 | experimental | [1] Witusiewicz 2008 cites Suzuki 2002 doi | Table 4, p. 7, row 5 report | |
| 1466 | congruent transformation: α <-> α2 | α: Al 0.00333; α2: Al 0.00333 | model | [1] Witusiewicz 2008 | Table 4, p. 7, row 14 report | |
| 1462 | eutectoid: α <-> β0 + α2 | α: Al 0.317; β0: Al 0.308; α2: Al 0.32 | model | [1] Witusiewicz 2008 | Table 4, p. 7, row 10 report | |
| 1454.3 | peritectoid: Al11Ti5 + AlTi-L10 -> Al2Ti | Al11Ti5: Ti 0.32; AlTi-L10: Ti 0.388; Al2Ti: Ti 0.333 | model | [2] (ed.) 1998 | Table I, p. 109, row 1 report | |
| 1454 | peritectoid: Ti5Al11 + γ <-> η | Ti5Al11: Al 0.68; γ: Al 0.612; η: Al 0.667 | model | [1] Witusiewicz 2008 cites Saunders 1998 | Table 4, p. 7, row 2 report | |
| 1453 | peritectoid: β + α2 <-> α | β: Al 0.187; α2: Al 0.26; α: Al 0.21 | experimental | [1] Witusiewicz 2008 cites Sasano 1973 | Table 4, p. 7, row 16 report | |
| 1453 | peritectoid: α + β <-> α2 | α2: Al 0.25, Ti 0.75 | experimental | [1] Witusiewicz 2008 cites Martin 1980 | Table 4, p. 7, row 8 report | |
| 1448.15 | polymorphic: h-TiAl2 -> r-TiAl2 | h-TiAl2: Al 0.666667, Ti 0.333333; r-TiAl2: Al 0.666667, Ti 0.333333 | unspecified | [3] Kattner 1992 cites Kaltenbach 1989 | Table IV, p. 8, row 7 report | |
| 1448.15 | peritectoid: TiAl + Ti2Al5 -> TiAl2 | TiAl: Al 0.5, Ti 0.5; Ti2Al5: Al 0.714286, Ti 0.285714; TiAl2: Al 0.666667, Ti 0.333333 | experimental | [3] Kattner 1992 cites Kaltenbach 1989 | Table II, p. 4, row 24 report | |
| 1448 | congruent transformation: Ti5Al11 ↔ η or ζ ↔ η or else γ/1d-APS ↔ η | Ti5Al11: Al 0.667; η: Al 0.667 | unspecified | [1] Witusiewicz 2008 cites Kaltenbach 1989 | Table 4, p. 6, row 43 report | |
| 1445 | peritectoid: β + α2 <-> α | β: Al 0.239; α2: Al 0.28; α: Al 0.26 | experimental | [1] Witusiewicz 2008 cites Ence 1961 | Table 4, p. 7, row 15 report | |
| 1443 | peritectoid: β + α2 <-> α | β: Al 0.25; α2: Al 0.275; α: Al 0.27 | model | [1] Witusiewicz 2008 cites Schuster 2006 doi | Table 4, p. 7, row 21 report | |
| 1443 | eutectoid: Ti1-xAl1+x ↔ γ + η | Ti1-xAl1+x: Al 0.633; γ: Al 0.623; η: Al 0.658; Ti1−xAl1+x: Al 0.633 | unspecified | [1] Witusiewicz 2008 cites Grytsiv 2003 doi | Table 4, p. 6, row 49 report | |
| 1442.15 | congruent transformation: (αTi) -> Ti3Al | (αTi): Al 0.325; Ti3Al: Al 0.325 | experimental | [3] Kattner 1992 cites Shull 1985 | Table II, p. 4, row 17 report | |
| 1442 | congruent transformation: α <-> α2 | α: Al 0.325; α2: Al 0.325 | experimental | [1] Witusiewicz 2008 cites Shull 1985 | Table 4, p. 7, row 11 report | |
| 1439 | congruent transformation: α <-> α2 | α: Al 0.31; α2: Al 0.31 | model | [1] Witusiewicz 2008 cites Zhang 1997 doi | Table 4, p. 7, row 13 report | |
| 1437.15 | congruent transformation: (αTi) -> Ti3Al | (αTi): Al 0.309; Ti3Al: Al 0.309 | model | [3] Kattner 1992 | Table II, p. 4, row 16 report | |
| 1437 | congruent transformation: α <-> α2 | α: Al 0.309; α2: Al 0.309 | model | [1] Witusiewicz 2008 cites Kattner 1992 doi | Table 4, p. 7, row 12 report | |
| 1436.35 | D023-Ti5Al11 -> TiAl2 + L10-TiAl | D023-Ti5Al11: Ti 0.3125; TiAl2: Ti 0.333333; L10-TiAl: Ti 0.5 | model | [4] Liang 2024 | Table 3, p. 8, row 8 report | |
| 1432 | peritectoid: β0 + α2 <-> α | β0: Al 0.278; α2: Al 0.294; α: Al 0.285 | model | [1] Witusiewicz 2008 | Table 4, p. 7, row 23 report | |
| 1423.15 | peritectoid: (βTi) + Ti3Al -> (αTi) | (βTi): Al 0.24; Ti3Al: Al 0.26; (αTi): Al 0.25 | experimental | [3] Kattner 1992 cites Waterstrat 1988 | Table II, p. 4, row 19 report | |
| 1423 | peritectoid: β + α2 <-> α | β: Al 0.24; α2: Al 0.26; α: Al 0.25 | experimental | [1] Witusiewicz 2008 cites Waterstrat 1988 doi | Table 4, p. 7, row 18 report | |
| 1398 | eutectoid: α <-> α2 + γ | α: Al 0.4; α2: Al 0.39; γ: Al 0.48 | experimental | [1] Witusiewicz 2008 cites Schuster 1990 | Table 4, p. 7, row 28 report | |
| 1393.33 | α-Ti -> D019-Ti3Al + L10-TiAl | D019-Ti3Al: Ti 0.75; L10-TiAl: Ti 0.5 | model | [4] Liang 2024 | Table 3, p. 8, row 4 report | |
| 1393.15 | eutectoid: (αTi) -> Ti3Al + TiAl | Ti3Al: Al 0.25, Ti 0.75; TiAl: Al 0.5, Ti 0.5 | experimental | [3] Kattner 1992 cites Jones 1988 doi | Table II, p. 4, row 21 report | |
| 1393 | eutectoid: α <-> α2 + γ | α: Al 0.39; α2: Al 0.385; γ: Al 0.465 | model | [1] Witusiewicz 2008 cites Schuster 2006 doi | Table 4, p. 7, row 29 report | |
| 1393 | eutectoid: α <-> α2 + γ | α: Al 0.39; α2: Al 0.385; γ: Al 0.458 | experimental | [1] Witusiewicz 2008 cites Kainuma 1994 doi | Table 4, p. 7, row 25 report | |
| 1393 | eutectoid: α <-> α2 + γ | α: Al 0.39; α2: Al 0.385; γ: Al 0.458 | experimental | [1] Witusiewicz 2008 cites Hellwig 1992 doi | Table 4, p. 7, row 24 report | |
| 1392 | eutectoid: α <-> α2 + γ | α: Al 0.398; α2: Al 0.385; γ: Al 0.468 | model | [1] Witusiewicz 2008 | Table 4, p. 7, row 32 report | |
| 1391.65 | eutectoid: (αTi) -> Ti3Al + TiAl | (αTi): Al 0.396; Ti3Al: Al 0.382; TiAl: Al 0.467 | model | [3] Kattner 1992 | Table II, p. 4, row 20 report | |
| 1388 | peritectoid: β + α2 <-> α | α2: Al 0.25, Ti 0.75; α: Al 0.24 | experimental | [1] Witusiewicz 2008 cites Ouchi 1980 | Table 4, p. 7, row 19 report | |
| 1387 | eutectoid: α <-> α2 + γ | α: Al 0.392; α2: Al 0.377; γ: Al 0.478 | model | [1] Witusiewicz 2008 cites Zhang 1997 doi | Table 4, p. 7, row 30 report | |
| 1384.4 | eutectoid: hcp-A3 -> L10-AlTi + AlM-D019 | hcp-A3: Ti 0.595; L10-AlTi: Ti 0.518; AlM-D019: Ti 0.607 | model | [2] (ed.) 1998 | Table I, p. 109, row 8 report | |
| 1384 | eutectoid: α <-> α2 + γ | α: Al 0.405; α2: Al 0.393; γ: Al 0.482 | model | [1] Witusiewicz 2008 cites Saunders 1998 | Table 4, p. 7, row 31 report | |
| 1383 | eutectoid: α <-> α2 + γ | α: Al 0.396; α2: Al 0.385; γ: Al 0.485 | experimental | [1] Witusiewicz 2008 cites Bartz 1993 | Table 4, p. 7, row 26 report | |
| 1383 | eutectoid: α <-> α2 + γ | α: Al 0.39; α2: Al 0.375; γ: Al 0.48 | experimental | [1] Witusiewicz 2008 cites Shull 1985 | Table 4, p. 7, row 27 report | |
| 1380.15 | eutectoid: (αTi) -> Ti3Al + TiAl | Ti3Al: Al 0.37; TiAl: Al 0.48 | experimental | [3] Kattner 1992 cites Mishurda | Table II, p. 4, row 22 report | |
| 1373 | peritectoid: β + α2 <-> α | β: Al 0.155; α2: Al 0.253; α: Al 0.235 | experimental | [1] Witusiewicz 2008 cites Clark 1963 | Table 4, p. 7, row 17 report | |
| 1353 | peritectoid: β + α2 <-> α | β: Al 0.15; α2: Al 0.225; α: Al 0.175 | experimental | [1] Witusiewicz 2008 cites Kornilov 1976 | Table 4, p. 7, row 20 report | |
| 1268.81 | D023-Ti5Al11 -> TiAl2 + D022-TiAl3 | D023-Ti5Al11: Ti 0.3125; TiAl2: Ti 0.333333; D022-TiAl3: Ti 0.25 | model | [4] Liang 2024 | Table 3, p. 8, row 9 report | |
| 1268 | eutectoid: γ/1d-APS <-> η + ε(h) or Ti5Al11 <-> η + ε(h) or else ζ <-> η + ε(h) | η: Al 0.666667, Ti 0.333333 | experimental | [1] Witusiewicz 2008 cites Braun 1999 | Table 4, p. 7, row 36 report | |
| 1268 | eutectoid: γ/1d-APS <-> η + ε(h) or Ti5Al11 <-> η + ε(h) or else ζ <-> η + ε(h) | η: Al 0.666667, Ti 0.333333 | model | [1] Witusiewicz 2008 cites Grytsiv 2003 doi | Table 4, p. 7, row 39 report | |
| 1265 | eutectoid: γ/1d-APS <-> η + ε(h) or Ti5Al11 <-> η + ε(h) or else ζ <-> η + ε(h) | γ/1d-APS: Al 0.714; η: Al 0.667; ε(h): Al 0.736 | model | [1] Witusiewicz 2008 cites Zhang 1997 doi | Table 4, p. 7, row 41 report | |
| 1263.15 | Ti2Al5 -> r-TiAl2 + TiAl3 | Ti2Al5: Al 0.714286, Ti 0.285714; TiAl3: Al 0.75, Ti 0.25 | unspecified | [3] Kattner 1992 cites Kaltenbach 1989 | Table IV, p. 8, row 11 report | |
| 1263.15 | Ti2Al5 -> r-TiAl2 + TiAl3 | Ti2Al5: Al 0.714; r-TiAl2: Al 0.667; TiAl3: Al 0.742 | model | [3] Kattner 1992 | Table IV, p. 8, row 10 report | |
| 1263.15 | eutectoid: Ti2Al5 -> TiAl2 + TiAl3 | Ti2Al5: Al 0.714; TiAl2: Al 0.667; TiAl3: Al 0.742 | model | [3] Kattner 1992 | Table II, p. 4, row 27 report | |
| 1263.15 | eutectoid: Ti2Al5 -> TiAl2 + TiAl3 | Ti2Al5: Al 0.714286, Ti 0.285714; TiAl2: Al 0.666667, Ti 0.333333; TiAl3: Al 0.75, Ti 0.25 | experimental | [3] Kattner 1992 cites Kaltenbach 1989 | Table II, p. 4, row 28 report | |
| 1263 | eutectoid: γ/1d-APS <-> η + ε(h) or Ti5Al11 <-> η + ε(h) or else ζ <-> η + ε(h) | γ/1d-APS: Al 0.702; η: Al 0.667; ε(h): Al 0.751 | experimental | [1] Witusiewicz 2008 cites Kaltenbach 1989 | Table 4, p. 7, row 33 report | |
| 1260 | eutectoid: γ/1d-APS <-> η + ε(h) or Ti5Al11 <-> η + ε(h) or else ζ <-> η + ε(h) | γ/1d-APS: Al 0.68; η: Al 0.667; ε(h): Al 0.75 | model | [1] Witusiewicz 2008 cites Saunders 1998 | Table 4, p. 7, row 42 report | |
| 1259.8 | eutectoid: Al11Ti5 -> AlM* + Al2Ti | Al11Ti5: Ti 0.32; AlM*: Ti 0.25; Al2Ti: Ti 0.333 | model | [2] (ed.) 1998 | Table I, p. 109, row 2 report | |
| 1253 | eutectoid: γ/1d-APS <-> η + ε(h) or Ti5Al11 <-> η + ε(h) or else ζ <-> η + ε(h) | η: Al 0.666667, Ti 0.333333 | experimental | [1] Witusiewicz 2008 cites Kainuma 2005 doi | Table 4, p. 7, row 35 report | |
| 1249 | eutectoid: ζ <-> η + ε(h) | ζ: Al 0.698; η: Al 0.673; ε(h): Al 0.748 | model | [1] Witusiewicz 2008 | Table 4, p. 7, row 43 report | |
| 1248 | eutectoid: γ/1d-APS <-> η + ε(h) or Ti5Al11 <-> η + ε(h) or else ζ <-> η + ε(h) | γ/1d-APS: Al 0.715; η: Al 0.67; ε(h): Al 0.742 | model | [1] Witusiewicz 2008 cites Schuster 2006 doi | Table 4, p. 7, row 40 report | |
| 1248 | eutectoid: γ/1d-APS <-> η + ε(h) or Ti5Al11 <-> η + ε(h) or else ζ <-> η + ε(h) | η: Al 0.666667, Ti 0.333333 | experimental | [1] Witusiewicz 2008 cites Palm 1999 | Table 4, p. 7, row 34 report | |
| 1243 | eutectoid: γ/1d-APS <-> η + ε(h) or Ti5Al11 <-> η + ε(h) or else ζ <-> η + ε(h) | η: Al 0.666667, Ti 0.333333 | experimental | [1] Witusiewicz 2008 cites Schuster 1990 | Table 4, p. 7, row 37 report | |
| 1223 | peritectoid: η + ε(h) <-> ε(l) | η: Al 0.666667, Ti 0.333333 | model | [1] Witusiewicz 2008 cites Grytsiv 2003 doi | Table 4, p. 7, row 45 report | |
| 1223 | eutectoid: γ/1d-APS <-> η + ε(h) or Ti5Al11 <-> η + ε(h) or else ζ <-> η + ε(h) | η: Al 0.666667, Ti 0.333333 | experimental | [1] Witusiewicz 2008 cites Raman 1965 | Table 4, p. 7, row 38 report | |
| 1223 | peritectoid: η + ε(h) <-> ε(l) | η: Al 0.666667, Ti 0.333333; ε(h): Al 0.75; ε(l): Al 0.745 | experimental | [1] Witusiewicz 2008 cites Braun 1999 | Table 4, p. 7, row 44 report | |
| 1205 | peritectoid: η + ε(h) <-> ε(l) | η: Al 0.673; ε(h): Al 0.748 | model | [1] Witusiewicz 2008 | Table 4, p. 7, row 46 report | |
| 1085.21 | Al2Ti + L10-TiAl -> Al5Ti3 | Al2Ti: Ti 0.333333; L10-TiAl: Ti 0.5; Al5Ti3: Ti 0.375 | model | [4] Liang 2024 | Table 3, p. 8, row 10 report | |
| 1083 | peritectoid: γ + η <-> Ti3Al5 | γ: Al 0.56; η: Al 0.665; Ti3Al5: Al 0.62 | experimental | [1] Witusiewicz 2008 cites Grytsiv 2003 doi | Table 4, p. 7, row 47 report | |
| 1082 | peritectoid: γ + η <-> Ti3Al5 | γ: Al 0.583; η: Al 0.651; Ti3Al5: Al 0.625 | model | [1] Witusiewicz 2008 | Table 4, p. 7, row 48 report | |
| 1008 | metatectic/catatectic: ε(h) <-> ε(l) + L | model | [1] Witusiewicz 2008 cites Grytsiv 2003 doi | Table 4, p. 7, row 52 report | ||
| 1008 | metatectic/catatectic: ε(h) <-> ε(l) + L | ε(h): Al 0.75; ε(l): Al 0.745 | experimental | [1] Witusiewicz 2008 cites Braun 1999 | Table 4, p. 7, row 51 report | |
| 1007 | ε(h) -> ε(l) + L | ε(h): Ti 0.235; ε(l): Ti 0.245; L: Ti 0.002 | model | [1] Witusiewicz 2008 | Table 4, p. 8, row 1 report | |
| 938.7 | peritectic: L + ε(l) -> (αAl) | L: Ti 0.001; ε(l): Ti 0.243; (αAl): Ti 0.008 | model | [1] Witusiewicz 2008 | Table 4, p. 8, row 6 report | |
| 938.25 | peritectic: L + TiAl3 -> (Al) | TiAl3: Al 0.75, Ti 0.25 | experimental | [3] Kattner 1992 cites Fink 1931 | Table II, p. 4, row 14 report | |
| 938.2 | peritectic: L + ε(l) -> (αAl) | L: Ti 0.002; ε(l): Ti 0.249; (αAl): Ti 0.008 | model | [1] Witusiewicz 2008 cites Zhang 1997 | Table 4, p. 8, row 4 report | |
| 938.15 | L + D022-TiAl3 -> FCC-Al | D022-TiAl3: Ti 0.25 | model | [4] Liang 2024 | Table 3, p. 8, row 12 report | |
| 938.15 | peritectic: L + TiAl3 -> (Al) | L: Al 0.999; TiAl3: Al 0.75; (Al): Al 0.993 | experimental | [3] Kattner 1992 cites Cisse 1974 doi | Table II, p. 4, row 15 report | |
| 938 | peritectic: L + ε(l) -> (αAl) | L: Ti 8.000e-4; ε(l): Ti 0.245; (αAl): Ti 0.008 | model | [1] Witusiewicz 2008 cites Schuster 2006 | Table 4, p. 8, row 3 report | |
| 938 | peritectic: L + ε(l) -> (αAl) | L: Ti 0.001; ε(l): Ti 0.25; (αAl): Ti 0.007 | experimental | [1] Witusiewicz 2008 cites Fink 1931 | Table 4, p. 8, row 2 report | |
| 937.35 | peritectic: L + TiAl3 -> (Al) | L: Al 0.999; TiAl3: Al 0.75; (Al): Al 0.994 | model | [3] Kattner 1992 | Table II, p. 4, row 13 report | |
| 934.2 | other: Liquid + AlM-D0*22 <-> fcc-A1 | Liquid: Ti 0.001; AlM-D0*22: Ti 0.25; fcc-A1: Ti 0 | model | [2] (ed.) 1998 | Table I, p. 109, row 4 report | |
| 934.2 | peritectic: L + ε(l) -> (αAl) | L: Ti 0.001; ε(l): Ti 0.25; (αAl): Ti 0 | model | [1] Witusiewicz 2008 cites Saunders 1998 | Table 4, p. 8, row 5 report | |
| 911 | polymorphic: ε(h) <-> ε(l) | experimental | [1] Witusiewicz 2008 cites F 1973 | Table 4, p. 7, row 49 report | ||
| 873 | polymorphic: ε(h) <-> ε(l) | experimental | [1] Witusiewicz 2008 cites Rao 1983 doi | Table 4, p. 7, row 50 report |
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.
| Phase | Compound | Value | T (K) | Class | MP DFT (kJ/mol-atom) | OQMD DFT (kJ/mol-atom) | Source | Location | Quote |
|---|---|---|---|---|---|---|---|---|---|
| BCC | -29.8065 kJ/mol-atom | model | [4] Liang 2024 cites Witusiewicz 2008 doi | Table 2, p. 6, row 2 report | |||||
| BCC | -25.876 kJ/mol-atom | DFT | [4] Liang 2024 cites Ghosh 2005 doi | Table 2, p. 6, row 1 report | |||||
| BCC | -25.8759 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 3 report | |||||
| BCC | -15.4001 kJ/mol-atom | DFT | [4] Liang 2024 cites Curtarolo 2012 doi | Table 2, p. 6, row 6 report | |||||
| BCC | -15.3986 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 7 report | |||||
| BCC | -9.11182 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 5 report | |||||
| BCC | -9.10445 kJ/mol-atom | DFT | [4] Liang 2024 cites Curtarolo 2012 doi | Table 2, p. 6, row 4 report | |||||
| BCC | 3.30257 kJ/mol-atom | DFT | [4] Liang 2024 cites Curtarolo 2012 doi | Table 2, p. 6, row 8 report | |||||
| BCC | 3.30933 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 9 report | |||||
| Laves C14 | -33.1918 kJ/mol-atom | 0 | DFT | [4] Liang 2024 | Table 2, p. 6, row 42 report | ||||
| Laves C14 | -33.1918 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 43 report | |||||
| Laves C14 | -22.8676 kJ/mol-atom | 0 | DFT | [4] Liang 2024 | Table 2, p. 6, row 48 report | ||||
| Laves C14 | -22.8676 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 49 report | |||||
| Laves C14 | -4.63142 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 51 report | |||||
| Laves C14 | -4.63142 kJ/mol-atom | 0 | DFT | [4] Liang 2024 | Table 2, p. 6, row 50 report | ||||
| Laves C14 | 1.44732 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 47 report | |||||
| Laves C14 | 1.44732 kJ/mol-atom | 0 | DFT | [4] Liang 2024 | Table 2, p. 6, row 46 report | ||||
| Laves C14 | 3.76303 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 45 report | |||||
| Laves C14 | 3.76303 kJ/mol-atom | 0 | DFT | [4] Liang 2024 | Table 2, p. 6, row 44 report | ||||
| Laves C14 | 7.71903 kJ/mol-atom | 0 | DFT | [4] Liang 2024 | Table 2, p. 6, row 40 report | ||||
| Laves C14 | 7.71903 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 41 report | |||||
| Laves C14 | 12.4469 kJ/mol-atom | 0 | DFT | [4] Liang 2024 | Table 2, p. 6, row 38 report | ||||
| Laves C14 | 12.4469 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 39 report | |||||
| Ti3Al | -30.8727 kJ/mol-atom | DFT | [4] Liang 2024 cites Curtarolo 2012 doi | Table 2, p. 6, row 31 report | |||||
| Ti3Al | AlTi3 | -27.395 kJ/mol-atom | model | -26.934 (mp-aaaaacsd) | -31.691 (oqmd-10598) | [4] Liang 2024 | Table 2, p. 6, row 30 report | ||
| Ti3Al | -27.395 kJ/mol-atom | DFT | [4] Liang 2024 cites Ghosh 2005 doi | Table 2, p. 6, row 28 report | |||||
| Ti3Al | AlTi3 | -27.0479 kJ/mol-atom | model | -26.934 (mp-aaaaacsd) | -31.691 (oqmd-10598) | [4] Liang 2024 cites Witusiewicz 2008 doi | Table 2, p. 6, row 29 report | ||
| Ti3Al | AlTi3 | -20.3574 kJ/mol-atom | model | -26.934 (mp-aaaaacsd) | -31.691 (oqmd-10598) | [4] Liang 2024 cites Witusiewicz 2008 doi | Table 2, p. 6, row 32 report | ||
| Ti3Al | AlTi3 | 30.8727 kJ/mol-atom | model | -26.934 (mp-aaaaacsd) | -31.691 (oqmd-10598) | [4] Liang 2024 | Table 2, p. 6, row 33 report | ||
| Ti3Al5 | Al5Ti3 | -41.64 kJ/mol-atom | model | -39.557 (mp-aaacrglg) | -42.592 (oqmd-2170248) | [4] Liang 2024 | Table 2, p. 6, row 24 report | ||
| Ti3Al5 | -41.64 kJ/mol-atom | DFT | [4] Liang 2024 cites Ghosh 2005 doi | Table 2, p. 6, row 22 report | |||||
| Ti3Al5 | Al5Ti3 | -38.9971 kJ/mol-atom | model | -39.557 (mp-aaacrglg) | -42.592 (oqmd-2170248) | [4] Liang 2024 cites Witusiewicz 2008 doi | Table 2, p. 6, row 23 report | ||
| TiAl | AlTi | -39.712 kJ/mol-atom | model | -39.264 (mp-aaaaacxd) | -42.07 (oqmd-18721) | [4] Liang 2024 | Table 2, p. 6, row 27 report | ||
| TiAl | -39.712 kJ/mol-atom | DFT | [4] Liang 2024 cites Ghosh 2005 doi | Table 2, p. 6, row 25 report | |||||
| TiAl | AlTi | -37.5039 kJ/mol-atom | model | -39.264 (mp-aaaaacxd) | -42.07 (oqmd-18721) | [4] Liang 2024 cites Witusiewicz 2008 doi | Table 2, p. 6, row 26 report | ||
| TiAl2 | Al2Ti | -41.1038 kJ/mol-atom | model | -41.623 (mp-aaabghuv) | -43.383 (oqmd-18487) | [4] Liang 2024 | Table 2, p. 6, row 12 report | ||
| TiAl2 | -41.1038 kJ/mol-atom | DFT | [4] Liang 2024 cites Tang 2011 doi | Table 2, p. 6, row 10 report | |||||
| TiAl2 | Al2Ti | -39.0556 kJ/mol-atom | model | -41.623 (mp-aaabghuv) | -43.383 (oqmd-18487) | [4] Liang 2024 cites Witusiewicz 2008 doi | Table 2, p. 6, row 11 report | ||
| TiAl2 | Al2Ti | -27.8233 kJ/mol-atom | model | -41.623 (mp-aaabghuv) | -43.383 (oqmd-18487) | [4] Liang 2024 | Table 2, p. 6, row 15 report | ||
| TiAl2 | -27.8233 kJ/mol-atom | DFT | [4] Liang 2024 cites Curtarolo 2012 doi | Table 2, p. 6, row 13 report | |||||
| TiAl2 | Al2Ti | -22.4735 kJ/mol-atom | model | -41.623 (mp-aaabghuv) | -43.383 (oqmd-18487) | [4] Liang 2024 cites Witusiewicz 2008 doi | Table 2, p. 6, row 14 report | ||
| TiAl3 | Al3Ti | -38.895 kJ/mol-atom | model | -38.428 (mp-aaabexdj) | -40.324 (oqmd-2170264) | [4] Liang 2024 | Table 2, p. 6, row 18 report | ||
| TiAl3 | -38.895 kJ/mol-atom | DFT | [4] Liang 2024 cites Ghosh 2005 doi | Table 2, p. 6, row 16 report | |||||
| TiAl3 | Al3Ti | -36.905 kJ/mol-atom | model | -38.428 (mp-aaabexdj) | -40.324 (oqmd-2170264) | [4] Liang 2024 cites Witusiewicz 2008 doi | Table 2, p. 6, row 17 report | ||
| TiAl3 | -24.4297 kJ/mol-atom | DFT | [4] Liang 2024 cites Curtarolo 2012 doi | Table 2, p. 6, row 19 report | |||||
| TiAl3 | Al3Ti | -24.4297 kJ/mol-atom | model | -38.428 (mp-aaabexdj) | -40.324 (oqmd-2170264) | [4] Liang 2024 | Table 2, p. 6, row 21 report | ||
| TiAl3 | Al3Ti | -14.0035 kJ/mol-atom | model | -38.428 (mp-aaabexdj) | -40.324 (oqmd-2170264) | [4] Liang 2024 cites Witusiewicz 2008 doi | Table 2, p. 6, row 20 report | ||
| τ3 | -36.583 kJ/mol-atom | model | [4] Liang 2024 | Table 2, p. 6, row 35 report | |||||
| τ3 | -36.583 kJ/mol-atom | DFT | [4] Liang 2024 cites Ghosh 2005 doi | Table 2, p. 6, row 34 report |
Other properties
Phase transition (136)
| Property | Value | T (K) | Phases / composition | Class | Source | Location | Quote |
|---|---|---|---|---|---|---|---|
| Phase transition | 1204 K | 1204 | α2 ↔ α2 + α alloy: Al 0.225, Ti 0.775 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 9 report | |
| Phase transition | 1253 K | 1253 | α2 ↔ α2 + α alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 8 report | |
| Phase transition | 1275 K | 1275 | α ↔ α + β alloy: Al 0.1, Ti 0.9 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 3 report | |
| Phase transition | 1278 K | 1278 | α ↔ α + β alloy: Al 0.1, Ti 0.9 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 1 report | |
| Phase transition | 1278 K | 1278 | α ↔ α + β alloy: Al 0.1, Ti 0.9 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 2 report | |
| Phase transition | 1284 K | 1284 | α + β ↔ β alloy: Al 0.1, Ti 0.9 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 4 report | |
| Phase transition | 1295 K | 1295 | α2 + α ↔ α alloy: Al 0.225, Ti 0.775 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 13 report | |
| Phase transition | 1318 K | 1318 | α2 + α ↔ α alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 12 report | |
| Phase transition | 1318 K | 1318 | α2 + α ↔ α alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 10 report | |
| Phase transition | 1338 K | 1338 | α2 + α ↔ α alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 11 report | |
| Phase transition | 1384 K | 1384 | α ↔ α + β alloy: Al 0.225, Ti 0.775 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 17 report | |
| Phase transition | 1387 K | 1387 | α ↔ α + β alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 16 report | |
| Phase transition | 1387 K | 1387 | α ↔ α + β alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 14 report | |
| Phase transition | 1392 K | 1392 | α + β ↔ β alloy: Al 0.225, Ti 0.775 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 18 report | |
| Phase transition | 1394.15 K | 1394.15 | α2 + α alloy: Al 0.414, Ti 0.586 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 12 report | |
| Phase transition | 1405.15 K | 1405.15 | α2 + α alloy: Al 0.399, Ti 0.601 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 10 report | |
| Phase transition | 1420.15 K | 1420.15 | α2 + α alloy: Al 0.377, Ti 0.623 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 8 report | |
| Phase transition | 1436.15 K | 1436.15 | α2 + α alloy: Al 0.301, Ti 0.699 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 1 report | |
| Phase transition | 1437.28 K | 1437.28 | α-Ti -> D019-Ti3Al D019-Ti3Al: Ti 0.75 | model | [4] Liang 2024 | Table 3, p. 8, row 3 report | |
| Phase transition | 1440.15 K | 1440.15 | α2 + α alloy: Al 0.35, Ti 0.65 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 5 report | |
| Phase transition | 1442.15 K | 1442.15 | α2 + α alloy: Al 0.326, Ti 0.674 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 2 report | |
| Phase transition | 1443 K | 1443 | α ↔ α + β alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 15 report | |
| Phase transition | 1452 K | 1452 | congruent transformation: AlM-D019 -> hcp-A3 AlM-D019: Ti 0.682; hcp-A3: Ti 0.682 | model | [2] (ed.) 1998 | Table I, p. 109, row 9 report | |
| Phase transition | 1457.15 K | 1457.15 | α + β2 alloy: Al 0.326, Ti 0.674 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 3 report | |
| Phase transition | 1476 K | 1476 | γ ↔ γ + α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 28 report | |
| Phase transition | 1476 K | 1476 | γ ↔ γ + α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 56 report | |
| Phase transition | 1483.15 K | 1483.15 | α + β2 alloy: Al 0.35, Ti 0.65 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 6 report | |
| Phase transition | 1487 K | 1487 | γ ↔ γ + α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 29 report | |
| Phase transition | 1488 K | 1488 | γ ↔ γ + α alloy: Al 0.475, Ti 0.525 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 31 report | |
| Phase transition | 1490 K | 1490 | γ ↔ γ + α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 30 report | |
| Phase transition | 1493 K | 1493 | γ ↔ γ + α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 27 report | |
| Phase transition | 1495.56 K | 1495.56 | D023-Ti5Al11 -> TiAl2 D023-Ti5Al11: Ti 0.3125; TiAl2: Ti 0.333333 | model | [4] Liang 2024 | Table 3, p. 8, row 7 report | |
| Phase transition | 1500 K | 1500 | γ ↔ γ + α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 26 report | |
| Phase transition | 1526.15 K | 1526.15 | α + β2 alloy: Al 0.377, Ti 0.623 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 9 report | |
| Phase transition | 1530 K | 1530 | γ ↔ γ + α alloy: Al 0.505, Ti 0.495 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 79 report | |
| Phase transition | 1533 K | 1533 | γ ↔ γ + α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 55 report | |
| Phase transition | 1540.15 K | 1540.15 | β2 + β alloy: Al 0.326, Ti 0.674 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 4 report | |
| Phase transition | 1553 K | 1553 | γ ↔ γ + α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 54 report | |
| Phase transition | 1563.15 K | 1563.15 | α + β2 alloy: Al 0.399, Ti 0.601 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 11 report | |
| Phase transition | 1567.56 K | 1567.56 | β-Ti -> BCC_B2 | model | [4] Liang 2024 | Table 3, p. 8, row 13 report | |
| Phase transition | 1575 K | 1575 | γ ↔ γ + α alloy: Al 0.505, Ti 0.495 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 78 report | |
| Phase transition | 1579 K | 1579 | γ ↔ γ + α alloy: Al 0.49, Ti 0.51 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 57 report | |
| Phase transition | 1591.15 K | 1591.15 | β2 + β alloy: Al 0.35, Ti 0.65 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 7 report | |
| Phase transition | 1592.15 K | 1592.15 | α + β2 alloy: Al 0.414, Ti 0.586 | experimental | [5] Ohnuma 2000 | Table 2, p. 3, row 13 report | |
| Phase transition | 1595 K | 1595 | γ + α ↔ α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 34 report | |
| Phase transition | 1595 K | 1595 | ε(h) ↔ L + ε(h) alloy: Al 0.753, Ti 0.247 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 112 report | |
| Phase transition | 1614 K | 1614 | γ + α ↔ α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 35 report | |
| Phase transition | 1614 K | 1614 | ε(h) ↔ L + ε(h) alloy: Al 0.753, Ti 0.247 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 109 report | |
| Phase transition | 1614 K | 1614 | ε(h) ↔ L + ε(h) alloy: Al 0.753, Ti 0.247 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 111 report | |
| Phase transition | 1620 K | 1620 | ε(h) ↔ L + ε(h) alloy: Al 0.753, Ti 0.247 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 110 report | |
| Phase transition | 1627 K | 1627 | γ ↔ γ + α alloy: Al 0.505, Ti 0.495 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 80 report | |
| Phase transition | 1638 K | 1638 | ε(h) ↔ L + ε(h) alloy: Al 0.753, Ti 0.247 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 108 report | |
| Phase transition | 1644 K | 1644 | γ + α ↔ α alloy: Al 0.475, Ti 0.525 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 37 report | |
| Phase transition | 1645 K | 1645 | γ + α ↔ α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 32 report | |
| Phase transition | 1647 K | 1647 | γ + α ↔ α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 36 report | |
| Phase transition | 1647 K | 1647 | γ + α ↔ α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 33 report | |
| Phase transition | 1655 K | 1655 | γ + α ↔ α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 59 report | |
| Phase transition | 1666.5 K | 1666.5 | γ + α ↔ α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 62 report | |
| Phase transition | 1667 K | 1667 | L + ε(h) ↔ L alloy: Al 0.753, Ti 0.247 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 115 report | |
| Phase transition | 1669 K | 1669 | L + ε(h) ↔ L alloy: Al 0.753, Ti 0.247 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 117 report | |
| Phase transition | 1669 K | 1669 | γ + α ↔ α alloy: Al 0.505, Ti 0.495 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 82 report | |
| Phase transition | 1669 K | 1669 | ε ↔ L + ζ alloy: Al 0.735, Ti 0.265 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 103 report | |
| Phase transition | 1671 K | 1671 | L + ε(h) ↔ L alloy: Al 0.753, Ti 0.247 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 116 report | |
| Phase transition | 1674 K | 1674 | γ + α ↔ α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 61 report | |
| Phase transition | 1675 K | 1675 | L + ε(h) ↔ L alloy: Al 0.753, Ti 0.247 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 114 report | |
| Phase transition | 1676 K | 1676 | L + ζ ↔ L alloy: Al 0.735, Ti 0.265 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 107 report | |
| Phase transition | 1678 K | 1678 | γ + α ↔ α alloy: Al 0.49, Ti 0.51 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 63 report | |
| Phase transition | 1678 K | 1678 | γ + α ↔ α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 58 report | |
| Phase transition | 1678 K | 1678 | ε ↔ L + ζ alloy: Al 0.735, Ti 0.265 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 102 report | |
| Phase transition | 1683 K | 1683 | L + ε(h) ↔ L alloy: Al 0.753, Ti 0.247 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 113 report | |
| Phase transition | 1683 K | 1683 | L + ζ ↔ L alloy: Al 0.735, Ti 0.265 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 105 report | |
| Phase transition | 1683 K | 1683 | L + ζ ↔ L alloy: Al 0.735, Ti 0.265 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 106 report | |
| Phase transition | 1683 K | 1683 | ε ↔ L + ζ alloy: Al 0.735, Ti 0.265 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 101 report | |
| Phase transition | 1686.5 K | 1686.5 | γ + α ↔ α alloy: Al 0.505, Ti 0.495 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 83 report | |
| Phase transition | 1702 K | 1702 | α ↔ L + α alloy: Al 0.505, Ti 0.495 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 86 report | |
| Phase transition | 1704 K | 1704 | γ + α ↔ α alloy: Al 0.505, Ti 0.495 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 81 report | |
| Phase transition | 1709 K | 1709 | γ + α ↔ α alloy: Al 0.505, Ti 0.495 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 84 report | |
| Phase transition | 1713 K | 1713 | γ ↔ L + γ alloy: Al 0.55, Ti 0.45 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 94 report | |
| Phase transition | 1718 K | 1718 | L + ζ ↔ L alloy: Al 0.735, Ti 0.265 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 118 report | |
| Phase transition | 1723 K | 1723 | L + γ ↔ L alloy: Al 0.55, Ti 0.45 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 99 report | |
| Phase transition | 1723 K | 1723 | L + γ ↔ L alloy: Al 0.55, Ti 0.45 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 98 report | |
| Phase transition | 1723 K | 1723 | γ ↔ L + γ alloy: Al 0.55, Ti 0.45 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 95 report | |
| Phase transition | 1723 K | 1723 | γ ↔ L + γ alloy: Al 0.55, Ti 0.45 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 93 report | |
| Phase transition | 1728 K | 1728 | L + ζ ↔ L alloy: Al 0.735, Ti 0.265 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 104 report | |
| Phase transition | 1728 K | 1728 | γ ↔ L + γ alloy: Al 0.55, Ti 0.45 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 96 report | |
| Phase transition | 1729 K | 1729 | L + γ ↔ L alloy: Al 0.55, Ti 0.45 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 100 report | |
| Phase transition | 1732 K | 1732 | α ↔ L + α alloy: Al 0.505, Ti 0.495 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 85 report | |
| Phase transition | 1732 K | 1732 | α ↔ L + α alloy: Al 0.505, Ti 0.495 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 87 report | |
| Phase transition | 1737 K | 1737 | α ↔ L + α alloy: Al 0.505, Ti 0.495 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 88 report | |
| Phase transition | 1744 K | 1744 | L + α ↔ L + β alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 45 report | |
| Phase transition | 1747 K | 1747 | α ↔ L + α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 65 report | |
| Phase transition | 1747 K | 1747 | α ↔ L + α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 66 report | |
| Phase transition | 1748 K | 1748 | α ↔ L + α alloy: Al 0.49, Ti 0.51 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 67 report | |
| Phase transition | 1751 K | 1751 | L + α ↔ L + β alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 44 report | |
| Phase transition | 1753 K | 1753 | L + γ ↔ L alloy: Al 0.55, Ti 0.45 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 97 report | |
| Phase transition | 1754 K | 1754 | α ↔ L + α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 38 report | |
| Phase transition | 1755 K | 1755 | L + α ↔ L alloy: Al 0.505, Ti 0.495 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 90 report | |
| Phase transition | 1756 K | 1756 | α ↔ L + α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 39 report | |
| Phase transition | 1756 K | 1756 | α ↔ L + α alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 40 report | |
| Phase transition | 1757 K | 1757 | L + α ↔ L alloy: Al 0.505, Ti 0.495 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 92 report | |
| Phase transition | 1757 K | 1757 | L + α ↔ L + β alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 69 report | |
| Phase transition | 1758 K | 1758 | α ↔ L + α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 64 report | |
| Phase transition | 1758 K | 1758 | α ↔ L + α alloy: Al 0.475, Ti 0.525 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 41 report | |
| Phase transition | 1761 K | 1761 | L + α ↔ L + β alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 43 report | |
| Phase transition | 1761 K | 1761 | L + α ↔ L + β alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 46 report | |
| Phase transition | 1764 K | 1764 | L + α ↔ L + β alloy: Al 0.49, Ti 0.51 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 71 report | |
| Phase transition | 1764 K | 1764 | L + α ↔ L + β alloy: Al 0.475, Ti 0.525 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 47 report | |
| Phase transition | 1764.5 K | 1764.5 | L + α ↔ L + β alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 70 report | |
| Phase transition | 1767 K | 1767 | L + α ↔ L + β alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 42 report | |
| Phase transition | 1768 K | 1768 | L + β ↔ L alloy: Al 0.49, Ti 0.51 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 77 report | |
| Phase transition | 1768 K | 1768 | L + β ↔ L alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 75 report | |
| Phase transition | 1771 K | 1771 | L + α ↔ L alloy: Al 0.505, Ti 0.495 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 89 report | |
| Phase transition | 1772 K | 1772 | L + α ↔ L + β alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 68 report | |
| Phase transition | 1775 K | 1775 | L + β ↔ L alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 50 report | |
| Phase transition | 1775.5 K | 1775.5 | L + β ↔ L alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 76 report | |
| Phase transition | 1783 K | 1783 | L + β ↔ L alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 51 report | |
| Phase transition | 1783 K | 1783 | L + β ↔ L alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 73 report | |
| Phase transition | 1786 K | 1786 | L + β ↔ L alloy: Al 0.475, Ti 0.525 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 53 report | |
| Phase transition | 1788 K | 1788 | L + β ↔ L alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 74 report | |
| Phase transition | 1788 K | 1788 | γ + α ↔ α alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 60 report | |
| Phase transition | 1789.5 K | 1789.5 | L + β ↔ L alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 52 report | |
| Phase transition | 1793 K | 1793 | L + β ↔ L alloy: Al 0.49, Ti 0.51 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 72 report | |
| Phase transition | 1796 K | 1796 | L + β ↔ L alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 49 report | |
| Phase transition | 1800 K | 1800 | L + β ↔ L alloy: Al 0.475, Ti 0.525 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 48 report | |
| Phase transition | 1939 K | 1939 | β ↔ L + β alloy: Al 0.225, Ti 0.775 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 21 report | |
| Phase transition | 1940 K | 1940 | β ↔ L + β alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 19 report | |
| Phase transition | 1940 K | 1940 | β ↔ L + β alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 20 report | |
| Phase transition | 1944 K | 1944 | L + β ↔ L alloy: Al 0.225, Ti 0.775 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 25 report | |
| Phase transition | 1948 K | 1948 | L + β ↔ L alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 23 report | |
| Phase transition | 1951.5 K | 1951.5 | L + β ↔ L alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 24 report | |
| Phase transition | 1955 K | 1955 | L + β ↔ L alloy: Al 0.225, Ti 0.775 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 22 report | |
| Phase transition | 1962 K | 1962 | β ↔ L alloy: Al 0.1, Ti 0.9 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 5 report | |
| Phase transition | 1962 K | 1962 | β ↔ L alloy: Al 0.1, Ti 0.9 | experimental | [1] Witusiewicz 2008 | Table 2, p. 3, row 6 report | |
| Phase transition | 1963 K | 1963 | β ↔ L alloy: Al 0.1, Ti 0.9 | model | [1] Witusiewicz 2008 | Table 2, p. 3, row 7 report | |
| Phase transition | 1966.75 K | 1966.75 | L -> β-Ti | model | [4] Liang 2024 | Table 3, p. 8, row 1 report | |
| Phase transition | 1989 K | 1989 | congruent melting: bcc-A2 -> liquid bcc-A2: Ti 0.788; L: Ti 0.788 | model | [2] (ed.) 1998 | Table I, p. 109, row 10 report |
Phase equilibrium (18)
| Property | Value | T (K) | Phases / composition | Class | Source | Location | Quote |
|---|---|---|---|---|---|---|---|
| Phase assemblage | 1008 | ε(l) alloy: Al 0.75 | experimental | [1] Witusiewicz 2008 cites Braun 1999 | p. 8 report | In order to fulfil Gibbs phase rule, the occurrence of the low temperature modification (l) below the transition temperature reported by Braun and Ellner [15-17] ∼1223 K for the Ti-rich phase boundary (74.5 at.% Al) and 1008 K for the Al-rich phase boundary (75 at.% Al), was modelled by two invariant reactions, i.e. peritectoid + (h) ↔ (l) and metatectic (h) ↔ (l) + L, respectively (see al… | |
| Phase assemblage | 1223 | ε(l) alloy: Al 0.745 | experimental | [1] Witusiewicz 2008 cites Braun 1999 | p. 8 report | In order to fulfil Gibbs phase rule, the occurrence of the low temperature modification (l) below the transition temperature reported by Braun and Ellner [15-17] ∼1223 K for the Ti-rich phase boundary (74.5 at.% Al) and 1008 K for the Al-rich phase boundary (75 at.% Al), was modelled by two invariant reactions, i.e. peritectoid + (h) ↔ (l) and metatectic (h) ↔ (l) + L, respectively (see al… | |
| Phase composition | 1273.15 | α2 + γ α2: Al 0.374, Ti 0.626; γ: Al 0.473, Ti 0.527 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 6 report | ||
| Phase composition | 1373.15 | α + α2 α: Al 0.235, Ti 0.765; α2: Al 0.248, Ti 0.752 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 14 report | ||
| Phase composition | 1373.15 | α + β α: Al 0.198, Ti 0.802; β: Al 0.188, Ti 0.812 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 12 report | ||
| Phase composition | 1373.15 | α2 + γ α2: Al 0.391, Ti 0.609; γ: Al 0.472, Ti 0.528 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 5 report | ||
| Phase composition | 1423.15 | α + α2 α: Al 0.259, Ti 0.741; α2: Al 0.266, Ti 0.734 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 13 report | ||
| Phase composition | 1423.15 | α + β α: Al 0.244, Ti 0.756; β: Al 0.238, Ti 0.762 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 11 report | ||
| Phase composition | 1423.15 | α + γ α: Al 0.398, Ti 0.602; γ: Al 0.47, Ti 0.53 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 4 report | ||
| Phase composition | 1473.15 | α α: Al 0.402, Ti 0.598 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 16 report | ||
| Phase composition | 1473.15 | α + β α: Al 0.331, Ti 0.669; β: Al 0.325, Ti 0.675 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 10 report | ||
| Phase composition | 1473.15 | α + γ α: Al 0.414, Ti 0.586; γ: Al 0.476, Ti 0.524 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 3 report | ||
| Phase composition | 1493.15 | α + β α: Al 0.349, Ti 0.651; β: Al 0.343, Ti 0.657 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 9 report | ||
| Phase composition | 1523.15 | α + β α: Al 0.375, Ti 0.625; β: Al 0.365, Ti 0.635 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 8 report | ||
| Phase composition | 1523.15 | α + γ α: Al 0.423, Ti 0.577; γ: Al 0.483, Ti 0.517 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 2 report | ||
| Phase composition | 1573.15 | α + β α: Al 0.394, Ti 0.606; β: Al 0.382, Ti 0.618 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 7 report | ||
| Phase composition | 1573.15 | α + γ α: Al 0.44, Ti 0.56; γ: Al 0.493, Ti 0.507 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 1 report | ||
| Phase composition | 1573.15 | β β: Al 0.304, Ti 0.696 | experimental | [5] Ohnuma 2000 | Table 1, p. 3, row 15 report |
Activity / EMF / Gibbs energy (2)
| Property | Value | T (K) | Phases / composition | Class | Source | Location | Quote |
|---|---|---|---|---|---|---|---|
| Gibbs energy printed: difference in relative stabilities | 301 J/mol of atoms | 1673.15 | model | [3] Kattner 1992 | p. 9 report | For example, at 50 at. pct A1 and 1400 ~ the difference in the relative stabilities between (flTi) and (aTi) is only 317 J/mol of atoms, and between (flTi) and TiAI, it is only 301 J/mol of atoms. | |
| Gibbs energy printed: difference in relative stabilities | 317 J/mol of atoms | 1673.15 | model | [3] Kattner 1992 | p. 9 report | For example, at 50 at. pct A1 and 1400 ~ the difference in the relative stabilities between (flTi) and (aTi) is only 317 J/mol of atoms, and between (flTi) and TiAI, it is only 301 J/mol of atoms. |
Sources
Reporting papers the values were read from (a value cited from another work names that work in its row).
- V.T. Witusiewicz, A.A. Bondar, U. Hecht, S. Rex, T.Ya. Velikanova, The Al–B–Nb–Ti system, Journal of Alloys and Compounds 465, 64-77 (2008). doi:10.1016/j.jallcom.2007.10.061
- I. Ansara, A. T. Dinsdale, M. H. Rand (eds.), COST 507: Thermochemical database for light metal alloys, Volume 2, EUR 18499 EN, Office for Official Publications of the European Communities, Luxembourg (1998), ISBN 92-828-3902-8.
- U. R. Kattner, J. -C. Lin, Y. A. Chang, Thermodynamic Assessment and Calculation of the Ti-Al System, Metall Trans A 23, 2081-2090 (1992). doi:10.1007/bf02646001
- Zhi Liang, Ursula Kattner, Kamal Choudharry, Francesca Tavazza, Carelyn Campbell, Thermodynamic Assessments of Ti-Al, Ti-Fe, and Ti-Al-Fe Systems with Four-Sublattice Description of Ordered Body-Centered Cubic Phase and Density Functional Theory Data, J. Phase Equilib. Diffus. 45, 732-756 (2024). doi:10.1007/s11669-024-01124-9
- I Ohnuma, Y Fujita, H Mitsui, K Ishikawa, R Kainuma, K Ishida, Phase equilibria in the Ti–Al binary system, Acta Materialia 48, 3113-3123 (2000). doi:10.1016/s1359-6454(00)00118-x