Index
A
Ab initio, 36
Activation energy, 109
Activity of hydronium ions, 23
Ambipolar diffusion, 123, 143, 152
Anomalous diffusion, 32
Aqueous electrolyte solutions, 171
Arrhenius formula, 91
Arrhenius plot, 109
Autobalanced bridge, 18
Autocorrelation function, 32, 122
Autoionization constant, 24, 163
Autoionization potential, 24
B
Bernal–Fowler model, 4, 133, 143
Bjerrum valence defects, 66, 111
Born–Oppenheimer approximation, 36
Brownian motion, 30, 133
C
Charge separation mechanism, 192
Clausius–Mossotti equation, 71, 114
Cole-Cole plot, 215
Complex dielectric function, 55
Complex impedance, 55
Confined water, 188
Corona discharge, 193
Coupling constant, 123
Curie–Weiss law, 114
D
De Broglie wavelengths, 134
Debye–Falkenhagen effect, 113, 180
Debye formula, 63
Debye relaxation, 57, 152
Debye–Waller factor, 34
Density-functional theory, 36, 40, 147
Dielectric constant, 159
Dielectric decrement, 178
Dielectric spectroscopy, 55
Diffusion length, 32
Direct current conductivity, 17, 24, 53, 152
Dissipative particle dynamics, 35
D-structure, 2, 144
Dynamic conductivity, 54, 57
Dynamic structure of water, 211
E
Eigen cation, 20, 138
Einstein–Smoluchowski formula, 33
Electrical conductivity, 17
Electrolyzer, 205
Electrophoretic approximation, 173
Ergodicity, 2
Ethylammonium nitrate, 67
Excess protons, 21, 113, 124, 136, 158
Excess wing, 88
F
Fast (second) relaxation, 88
Floating water bridge, 147, 200
Fluctuation-borne short-lived ions, 25
© The Editor(s) (if applicable) and The Author(s), under exclusive license
to Springer Nature Switzerland AG 2021
V. Artemov, The Electrodynamics of Water and Ice, Springer Series
in Chemical Physics 124, https://doi.org/10.1007/978-3-030-72424-5
217
A
Ab initio, 36
Activation energy, 109
Activity of hydronium ions, 23
Ambipolar diffusion, 123, 143, 152
Anomalous diffusion, 32
Aqueous electrolyte solutions, 171
Arrhenius formula, 91
Arrhenius plot, 109
Autobalanced bridge, 18
Autocorrelation function, 32, 122
Autoionization constant, 24, 163
Autoionization potential, 24
B
Bernal–Fowler model, 4, 133, 143
Bjerrum valence defects, 66, 111
Born–Oppenheimer approximation, 36
Brownian motion, 30, 133
C
Charge separation mechanism, 192
Clausius–Mossotti equation, 71, 114
Cole-Cole plot, 215
Complex dielectric function, 55
Complex impedance, 55
Confined water, 188
Corona discharge, 193
Coupling constant, 123
Curie–Weiss law, 114
D
De Broglie wavelengths, 134
Debye–Falkenhagen effect, 113, 180
Debye formula, 63
Debye relaxation, 57, 152
Debye–Waller factor, 34
Density-functional theory, 36, 40, 147
Dielectric constant, 159
Dielectric decrement, 178
Dielectric spectroscopy, 55
Diffusion length, 32
Direct current conductivity, 17, 24, 53, 152
Dissipative particle dynamics, 35
D-structure, 2, 144
Dynamic conductivity, 54, 57
Dynamic structure of water, 211
E
Eigen cation, 20, 138
Einstein–Smoluchowski formula, 33
Electrical conductivity, 17
Electrolyzer, 205
Electrophoretic approximation, 173
Ergodicity, 2
Ethylammonium nitrate, 67
Excess protons, 21, 113, 124, 136, 158
Excess wing, 88
F
Fast (second) relaxation, 88
Floating water bridge, 147, 200
Fluctuation-borne short-lived ions, 25
© The Editor(s) (if applicable) and The Author(s), under exclusive license
to Springer Nature Switzerland AG 2021
V. Artemov, The Electrodynamics of Water and Ice, Springer Series
in Chemical Physics 124, https://doi.org/10.1007/978-3-030-72424-5
217