Index
A
Absorber geometry, 223
Absorption, 25
Adiabatically, 130
Adiabatically eliminate, 153
Alloying reaction, 324, 348, 350, 358
Aminotriazole, 194
Angular dependence of the Mössbauer
parameters, 482
Anisotropic Heisenberg model, 309
Anti-reflection, 14
A-process, 98
Arrhenius law, 300
Asymmetry parameter, 183
Atomic coherence, 133
Atomic scattering amplitudes, 108
Atomic diffusion, 446
Avalanche Photo Diode (APD), 35
Axial zero-field splitting parameter, 301
B
B3LYP, 187
Back reaction, 363, 367, 373
Backscattering Monochromator (BSM), 33
Basis set, 187
Bessel beat, 25
β-decay from 57 Mn, 454
βSn, 336, 349, 356
Bioinorganic chemistry, 176
Bloch waves, 121
Blocking temperature, 301
Boson peak, 47
Bragg scattering, 120
Bridgmanite, 229, 232
Brightness, 10
Brilliance, 107
Broadband excitation, 118
Brownian motion, 448
Bucket, 10
Bunch, 10
16-, 10
4-, 10
multi-, 10
Bunch clock, 10, 36
C
Cage motion, 474
Cambridge Structural Database (CSD), 187
Carbon diffusion and segregation processes
in Fe steel, 508
Carrier recombination centre in mc-Si solar
cells, 495
Cavity, 122
Charge-Transfer Induced Spin Transition
(CTIST), 282
Charge Transfer Phase Transition (CTPT),
269
Chudley and Elliot, 455
Cimex lectularius, 202
Clinopyroxene, 228, 238, 244, 245
Cloudy zone, 42
Coherence, 107, 119, 138
Cole–Cole plots, 306
Collective, 108
Collective lamb shift, 109, 114, 122, 125,
155
Collective strong coupling, 144, 150
“Collins-type” Mössbauer spectra, 199
Complex systems, 194
Compound Refracrive Lens (CRL), 34
Compressional and shear velocities, 194
Constant velocity mode, 493
© Springer Nature Singapore Pte Ltd. 2021
Y. Yoshida and G. Langouche (eds.), Modern Mössbauer Spectroscopy,
Topics in Applied Physics 137, https://doi.org/10.1007/978-981-15-9422-9
517
A
Absorber geometry, 223
Absorption, 25
Adiabatically, 130
Adiabatically eliminate, 153
Alloying reaction, 324, 348, 350, 358
Aminotriazole, 194
Angular dependence of the Mössbauer
parameters, 482
Anisotropic Heisenberg model, 309
Anti-reflection, 14
A-process, 98
Arrhenius law, 300
Asymmetry parameter, 183
Atomic coherence, 133
Atomic scattering amplitudes, 108
Atomic diffusion, 446
Avalanche Photo Diode (APD), 35
Axial zero-field splitting parameter, 301
B
B3LYP, 187
Back reaction, 363, 367, 373
Backscattering Monochromator (BSM), 33
Basis set, 187
Bessel beat, 25
β-decay from 57 Mn, 454
βSn, 336, 349, 356
Bioinorganic chemistry, 176
Bloch waves, 121
Blocking temperature, 301
Boson peak, 47
Bragg scattering, 120
Bridgmanite, 229, 232
Brightness, 10
Brilliance, 107
Broadband excitation, 118
Brownian motion, 448
Bucket, 10
Bunch, 10
16-, 10
4-, 10
multi-, 10
Bunch clock, 10, 36
C
Cage motion, 474
Cambridge Structural Database (CSD), 187
Carbon diffusion and segregation processes
in Fe steel, 508
Carrier recombination centre in mc-Si solar
cells, 495
Cavity, 122
Charge-Transfer Induced Spin Transition
(CTIST), 282
Charge Transfer Phase Transition (CTPT),
269
Chudley and Elliot, 455
Cimex lectularius, 202
Clinopyroxene, 228, 238, 244, 245
Cloudy zone, 42
Coherence, 107, 119, 138
Cole–Cole plots, 306
Collective, 108
Collective lamb shift, 109, 114, 122, 125,
155
Collective strong coupling, 144, 150
“Collins-type” Mössbauer spectra, 199
Complex systems, 194
Compound Refracrive Lens (CRL), 34
Compressional and shear velocities, 194
Constant velocity mode, 493
© Springer Nature Singapore Pte Ltd. 2021
Y. Yoshida and G. Langouche (eds.), Modern Mössbauer Spectroscopy,
Topics in Applied Physics 137, https://doi.org/10.1007/978-981-15-9422-9
517