Page 50 - MODERN ELECTROCHEMISTRY

INDEX iI

Models Murphy, Oliver, President of Lynntech, College
in electrolyte theory, detailed, 332 Station, Texas, 32
for entropy calculations, 134
near ions, 133 NASA, their critical decision to use fuel cells, 3
for hydration shells, 120 Nernst, Walter, professor in Berlin, 263
for ionic solvation, 115 Nernst–Einstein
for liquid silicates, 738 deviations, in molecular mechanism, 662
for region near an ion, 116 equation, 456
for solvation, 202 deviations from, 460
for the structure of a hydration shell, 161 tested, 664
Molar conductivity relation,
and equivalent conductivity, 432 for equivalent conductance, 661
in methoxyethane, 541 in ionic liquids, 660
tabulated, 434 some limitations, 457
Molecular dynamic calculations, for molten Nernst–Planck
salts, 621 equation, applied to deposition of anions at
Molecular dynamics cathodes, 476
the basic equations used, 155 flux, and transport numbers, 482
and protein hydration, 193 flux equation, 475
and self diffusion, 164 applied to problems, 481
simulation, 203 Network theory, of liquid silicates, 739
for ionic solutions, 320 Neugebauer, and introduction of FTIR into
and solvation, 40 electrochemistry, 20
an early attempt, 154 Neutron diffraction
and the study of complexing, 627 application to chloro-aluminates, 713
Molecular models, for DMSO, 17 approach to solvation, 77
Molten cryolite, Raman analysis of its struc- and distribution functions, 45
ture, 703 the experimental arrangement, 617
Molten salts used by Enderby and Neilson, 78
binary, as seen from neutron diffraction, 619 Neutrons, not X-rays, for diffraction experi-
conductivities, 607 ments, 618
and electronic conduction, 715 Neutron scattering, inelastic, 82
glass forming, 642 Newton’s laws, applied to ionic motion, 373
modeling, 621 Nitrate, their spectra, and information it will
and neutron diffraction, 612 give towards solvation, 85
as reaction media, 717 NMR spectra in lithium silicate, 748
why they are good reaction media, 718 Nonaqueous solutions
at room temperature, 19, 720 a frontier in ionics, 16
structure among complexes of, 631 how much empirical data is available?, 538
Monographs, series of, in electrochemistry, 33 a new frontier?, 534
Monomers, dimers and trimers, as a function of and solvation therein, 74
concentration, computed, 330 their plus and minus, 536
Monte Carlo Noncoulombic forces, and ion pair formation,
approach, 319 551
approach to solvation, 39 Nonelectrolytes, interaction with ions, 166
and MD techniques: their future, 322 Nonmetallic oxides, solvent properties, 733
simulation, of potassium chloride, 623 Nuclear magnetic resonance
Movements, of ions, under applied field, 442 and molten salts, 709
MSA in solvation structures, 85, 86
and Blum’s theory of conductance, 525 spectroscopy, in electrolytic solutions, 340
a description, 41 studies, 341