 | Thorburn Brailsford Robertson - 1918 - 510 sider
...potential of this "concentration chain" can be expressed by the formula: RT , C, * = 77 lognat' Cl where R is the gas constant, T the absolute temperature, F the Faraday constant, rj the valency of the ion (in this case 1), C* the concentration of the stronger solution... | |
 | 1928 - 832 sider
...convenient standard of reference and has no other significance. The equation is p RT [Red] En- --- where R is the gas constant, T the absolute temperature,...the transformation of the oxidant to the reductant. C is a constant differing from case to case but characteristic for any one set of oxidation-reduction... | |
 | Douglas P. Zipes, J.C. Bailey, V. Elharrar - 1980 - 556 sider
...tential for this ion as given by the Nernst equation Ex = RT/nF- L([x*]0/[x*]j). In this equation, R is the gas constant, T the absolute temperature, F the Faraday and n the ion charge. Therefore at 35 °C (in mV) ENa = 61 logmUNaMo/lNa^JjJand ECa = 30.5 log,0([Ca* *]0/[Ca... | |
 | Rutherford Robertson - 1983 - 228 sider
...arbitrary zero, /t+ and //" are the mobilities of cation and anion respectively in the electric field, R is the gas constant, T the absolute temperature, F the Faraday and C, and Cr the concentrations on left and right respectively. Concentrations, especially at higher values,... | |
 | R.A. Mackay, W. Henderson - 2002 - 630 sider
...at unit activities, is related to the standard potential, E°, by the Nernst equation: (6.8) [Red] where R is the gas constant, T the absolute temperature, F the Faraday constant, and n the number of electrons transferred in the oxidation process as in Equation (6.7).... | |
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In 10) /F, where R is the gas constant, T the absolute temperature, F the faraday, and... 