Al–Co–Pd system

38 accepted literature values from 1 paper(s) (experimental 38); 0 calculated phase diagram(s).

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Accepted values by evidence class
Evidence classValues
experimental38
Accepted values by property group
Property groupValues
phase equilibrium38

Other properties

Phase equilibrium (38)

Phase equilibrium, Al–Co–Pd system
PropertyValueT (K)Phases / compositionClassSourceLocationQuote
Phase assemblage1063Al5Co2 + F + ε
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 44
report
Phase assemblage1063Al5Co2 + M-Al13Co4 + Al3Co
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 42
report
Phase assemblage1063Al5Co2 + M-Al13Co4 + ε
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 43
report
Phase assemblage1063Al5Co2 + U + BCC-B2
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 37
report
Phase assemblage1063Al5Co2 + U + F
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 38
report
Phase assemblage1063C + Al3Pd2 + BCC-B2
alloy: Co 0, Pd 0.4
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 50
report
Phase assemblage1063M-Al13Co4 + Y + Al9Co2
alloy: Co 0.235294, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 40
report
Phase assemblage1063M-Al13Co4 + ε + Y
alloy: Co 0.235294, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 45
report
Phase assemblage1063U + Al3Pd2 + C
alloy: Co 0, Pd 0.4
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 48
report
Phase assemblage1063U + Al3Pd2 + ε
alloy: Co 0, Pd 0.4
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 47
report
Phase assemblage1063Y + ε + Al9Co2
alloy: Co 0.181818, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 46
report
Phase assemblage1063ε + Al9Co2 + liquid
alloy: Co 0.181818, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 39
report
Phase assemblage1213Al3Pd2 + ε + liquid
alloy: Co 0, Pd 0.4
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 35
report
Phase assemblage1213Al5Co2 + M-Al13Co4 + Al3Co
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 28
report
Phase assemblage1213Al5Co2 + M-Al13Co4 + F
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 29
report
Phase assemblage1213Al5Co2 + U + BCC-B2
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 23
report
Phase assemblage1213Al5Co2 + U + F
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 24
report
Phase assemblage1213Al9Co2 + M-Al13Co4 + O-Al13Co4
alloy: Co 0.181818, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 36
report
Phase assemblage1213M-Al13Co4 + Al9Co2 + liquid
alloy: Co 0.235294, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 25
report
Phase assemblage1213M-Al13Co4 + F + ε
alloy: Co 0.235294, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 30
report
Phase assemblage1213M-Al13Co4 + Y + liquid
alloy: Co 0.235294, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 26
report
Phase assemblage1213M-Al13Co4 + ε + Y
alloy: Co 0.235294, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 31
report
Phase assemblage1213U + Al3Pd2 + BCC-B2
alloy: Co 0, Pd 0.4
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 34
report
Phase assemblage1213U + Al3Pd2 + ε
alloy: Co 0, Pd 0.4
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 33
report
Phase assemblage1273Al3Pd2 + BCC-B2 + liquid
alloy: Co 0, Pd 0.4
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 22
report
Phase assemblage1273Al5Co2 + M-Al13Co4 + Al3Co
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 15
report
Phase assemblage1273Al5Co2 + M-Al13Co4 + F
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 16
report
Phase assemblage1273Al5Co2 + V + BCC-B2
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 10
report
Phase assemblage1273Al5Co2 + V + F
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 11
report
Phase assemblage1273M-Al13Co4 + F + ε
alloy: Co 0.235294, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 17
report
Phase assemblage1273M-Al13Co4 + ε + liquid
alloy: Co 0.235294, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 18
report
Phase assemblage1273U + Al3Pd2 + BCC-B2
alloy: Co 0, Pd 0.4
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 21
report
Phase assemblage1273U + Al3Pd2 + liquid
alloy: Co 0, Pd 0.4
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 20
report
Phase assemblage1323Al3Co + W + liquid
alloy: Co 0.25, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 8
report
Phase assemblage1323Al5Co2 + V + BCC-B2
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 1
report
Phase assemblage1323Al5Co2 + V + W
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 2
report
Phase assemblage1323Al5Co2 + W + Al3Co
alloy: Co 0.285714, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 6
report
Phase assemblage1323M-Al13Co4 + Al3Co + liquid
alloy: Co 0.235294, Pd 0
experimental[1] Homolová 2021
cites ref. 10
Table 2, p. 10, row 9
report

Sources

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

  1. Viera Homolová, Aleš Kroupa, Thermodynamic Modeling of the Al–Co–Pd Ternary System, Aluminum Rich Corner, Metals 11, 1803 (2021). doi:10.3390/met11111803