Page 42 - MODERN ELECTROCHEMISTRY

INDEX xli

Cohen and Turnbull’s Conductance (cont.)
model, compared with that for non-glass presence of ion association, 549
forming molten salts, 645 theory, 585
theory, for glass forming molten salts, 644 various salts, in nonaqueous solutions, 539
College Station, Texas, and centers for electro- Conduction,
chemistry, 26 the low field case, 470
Colloidal particles, distribution of proximal in polymers, a mechanism (after Lyons),
charge, 272 557
Compensation plots, for entropies of hydration, Conductivity
138 polymeric structures, Lyons diagram, 556
Complexes in molten salts, variation with con- of polymers, tabulated, 555
centration, of ligand, 700 Constant flux diffusion problem, 396
Complex formation, in ionic liquids, 609 Conway
Complex ions and dielectric constants in the double layer,
determination, by a quarter time potential 94
approach, 698 his extrapolation method for individual ionic
in molten salts, 696, 697, 699 properties, 99
Compressibility and local pressures, near an ion in solution,
adiabatic, for numerous electrolytes, 63 188
adiabatic, its dependence upon molar frac- seminal book on hydration in chemistry, 50
tions, 60 Conway and Soloman, upgrading of Halliwell
function of field strength, 186 and Nyburg, 110
measuring it, 60 Correlation functions
and pressure, 187 excess free energy, 325
and solvation numbers, 58, 59 obtaining solutions, 324
tabulated, 643 Current, its vectorial character, 439
Computations, for ion–water clusters, 157 Current density, in terms of ionic drift veloci-
Concentration ties (mobilities), 446
critical, for the addition of metal oxides to Cyborgs, the person–machine combination, a
liquid silicate, 740 part of life, 31
function of distance, after constant current
pulse, 391 Davies, an experimental method for detecting
function of distance at constant time in diffu- dimer formation, 330
sion, 395 Debye
relative, of ion hydrates, as a function of charging process, 303
pressure, 95 and hydration numbers, 64
Concentration response, reciprocal length, 248
constant flux, 390 his theory of salting out, 179
stimulus, under various conditions, 399 his vibronic potential, 64
Conductance Debye-effect, 529
concentration curve, as a function of solvent, Debye and Hückel
545 compared with virial coefficients, computer
and ion association, 548 simulations, and distribution coeffi-
and Kohlrauch’s law, for ion association, cients, 333
550 difficulties with the limiting law, 273
liquid silicates, 730 ionic charge, the radius, 276
low dielectric constants, 546 limiting law, and the new equation for ion
methanol–water mixtures, 568 size effects, 281
molten chlorides, in Periodic Table, 659 model, schematic, 234
in nonaqueous solution, of true electrolytes, primitive theory compared with experiment,
553 271