A
activation energy ......59, 72, 86, 95, 135,
151, 227, 234, 273
admittance ...........................................48
adsorption ..........................................198
dissociative – .................................189
regime of – .............................172, 177
anode ......54, 66, 84, 112, 131, 147, 187,
209, 240, 250, 285, 287
composite – ............................187, 236
antistructure ...........................................7
Arrhenius
– coordinates .............85, 86, 150, 161,
219, 237
– equation ........................86, 128, 160
ASR (Area Specific Resistance) 182, 194
B
battery ...............................................205
primary – .......................................210
secondary – ............210, 234, 250, 283
Bode representation ............49, 180, 191
Brouwer
– approximation .........................12, 42
– diagram ..... 11, 35, 97, 112, 150, 255
Butler-Volmer equation .....................173
C
calcium fluoride ........................163, 212
capacitance ........................47, 48, 62, 74
capacity
nominal – .......................................209
– of a generator ..............................208
theoretical – ...........................209, 286
cathode .....................131, 147, 193, 209,
240, 250, 274
– overpotential ...............................183
ceramic ..............................................236
– material .......................................287
ceria ...............................30, 62, 113, 238
gadolinia-doped – ..........................150
coefficient
activity – ........................................132
diffusion – .......92, 107, 108, 114, 134,
152, 182, 275
transfer – ........................................186
color center ........................................148
composite ..................................185, 287
– anode ...................................187, 236
concentration
defect – ......................................18, 30
interfacial – ............................181, 193
conduction
protonic – .......115, 154, 157, 158, 288
conductivity
electronic – .................56, 62, 92, 104,
109, 140, 248, 270
measurement of – .........................77
study of – ....................................129
ionic – ....................... 64, 95, 111, 139,
144, 256, 283, 292
measurement of – .........................80
variation of – ..............................129
particulate – .....................................97
constant
dielectric – ...........................52, 62, 76
time – .........................................62, 75
CPE (Constant Phase Element) .....51, 74
cracking reaction ...............................239
Index
© Springer Nature Switzerland AG 2020
A. Hammou and S. Georges, Solid-State Electrochemistry,
https://doi.org/10.1007/978-3-030-39659-6
321
activation energy ......59, 72, 86, 95, 135,
151, 227, 234, 273
admittance ...........................................48
adsorption ..........................................198
dissociative – .................................189
regime of – .............................172, 177
anode ......54, 66, 84, 112, 131, 147, 187,
209, 240, 250, 285, 287
composite – ............................187, 236
antistructure ...........................................7
Arrhenius
– coordinates .............85, 86, 150, 161,
219, 237
– equation ........................86, 128, 160
ASR (Area Specific Resistance) 182, 194
B
battery ...............................................205
primary – .......................................210
secondary – ............210, 234, 250, 283
Bode representation ............49, 180, 191
Brouwer
– approximation .........................12, 42
– diagram ..... 11, 35, 97, 112, 150, 255
Butler-Volmer equation .....................173
C
calcium fluoride ........................163, 212
capacitance ........................47, 48, 62, 74
capacity
nominal – .......................................209
– of a generator ..............................208
theoretical – ...........................209, 286
cathode .....................131, 147, 193, 209,
240, 250, 274
– overpotential ...............................183
ceramic ..............................................236
– material .......................................287
ceria ...............................30, 62, 113, 238
gadolinia-doped – ..........................150
coefficient
activity – ........................................132
diffusion – .......92, 107, 108, 114, 134,
152, 182, 275
transfer – ........................................186
color center ........................................148
composite ..................................185, 287
– anode ...................................187, 236
concentration
defect – ......................................18, 30
interfacial – ............................181, 193
conduction
protonic – .......115, 154, 157, 158, 288
conductivity
electronic – .................56, 62, 92, 104,
109, 140, 248, 270
measurement of – .........................77
study of – ....................................129
ionic – ....................... 64, 95, 111, 139,
144, 256, 283, 292
measurement of – .........................80
variation of – ..............................129
particulate – .....................................97
constant
dielectric – ...........................52, 62, 76
time – .........................................62, 75
CPE (Constant Phase Element) .....51, 74
cracking reaction ...............................239
Index
© Springer Nature Switzerland AG 2020
A. Hammou and S. Georges, Solid-State Electrochemistry,
https://doi.org/10.1007/978-3-030-39659-6
321
