CuCl3-2

Formula : CuCl3-2

Dernière mise à jour le 25.01.2021

THERMODYNAMICS

Individual properties (298.15 K)
M
g·mol-1
 V°
cm3·mol-1
 ΔGºf
J·mol-1
 ΔHºf
J·mol-1
 Sº
J·mol-1·k-1
 CP
J·mol-1·K-1
169.903 76.035 (Ref.: 05liu/mcp) Liu W. and McPhail D.C., 2005. Thermodynamic properties of copper chloride complexes and copper transport in magmatic-hydrothermal solutions. Chemical Geology, 221, 21-39 -370999 (Ref.: 05liu/mcp) Liu W. and McPhail D.C., 2005. Thermodynamic properties of copper chloride complexes and copper transport in magmatic-hydrothermal solutions. Chemical Geology, 221, 21-39 -455581 (Ref.: Internal calculation) 214.765 (Ref.: 05liu/mcp) Liu W. and McPhail D.C., 2005. Thermodynamic properties of copper chloride complexes and copper transport in magmatic-hydrothermal solutions. Chemical Geology, 221, 21-39 -189.67 (Ref.: 05liu/mcp) Liu W. and McPhail D.C., 2005. Thermodynamic properties of copper chloride complexes and copper transport in magmatic-hydrothermal solutions. Chemical Geology, 221, 21-39
HKF coefficients
a1·10
J·mol-1·bar-1
 a2·10-2
J·mol-1
 a3
J·K·mol-1·bar-1
 a4·10-4
J·K·mol-1
 c1
J·mol-1·K-1
 c2·10-4
J·K·mol-1
 ω·10-5
J·mol-1
54.8313 101.3630 -20.3547 -15.8180 -0.0393 -52.0506 10.1868
Reaction properties

3Cl- + Cu+ ⇌ CuCl3-2

298.15 K, 1 bar log10K: 4.59 ΔH°r:-24914 J·mol-1 (Ref.: Internal calculation)
T(°C) 0 25 60 100 150 200 250 300
log10K 5.01 4.59 4.17 3.84 3.63 3.58 3.72 4.09
log10K(T) = A + B·T + C·T-1 + D·log10(T) + E·T−2 (T in Kelvin)
A B C D E
819.330754 0.132722 -42717.224486 -298.930161 2546631.714989