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Free Gibbs Enthalpies and pe Values for Caesium

 

Unified Reducity of Cs+/Cs
Solvent S

ΔsolvG°(Cs+, S)

/ kJ mol−1

pMabs

 

pK'e = pe°abs

(Cs+/Cs, S)

E°abs

(Cs+/Cs, S) / V

E°S / V

H2O −306.00 53.61 21.19 1.25 −3.02
MeCN −300.00 52.56 22.24 1.32 −3.44
DMSO −319.00 55.89 18.91 1.12 2.96
NH3 −321.00 56.24 18.56 1.10 −2.17
DCE −282.00 49.40 25.40 1.50 −5.31
MeOH −297.10 52.05 22.75 1.35 −3.04
EtOH −291.00 50.98 23.82 1.41 −2.98
1-PrOH −289.00 50.63 24.17 1.43 −2.94
1-BuOH −287.00 50.28 24.52 1.45 −2.86
DMF −316.80 55.50 19.30 1.14 −2.98
PC −313.00 54.83 19.97 1.18 −3.61
NMPy −316.00 55.36 19.44 1.15 −2.87
MeNO2 −300.40 52.63 22.17 1.31 −3.95
PhNO2 −288.00 50.46 24.35 1.44 −3.18
Py −271.00 47.48 27.32 1.62 −2.37
HMPT −313.00 54.83 19.97 1.18 −3.51
If not otherwise stated values for ΔtrG°(H+, H2O → S) according to Marcus et al. [1] 

 

[1] Y. Marcus, M. J. Kamlet, R. W. Taft, J. Phys. Chem. 1988, 92, 3613-3622.

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