520
Index
J
Jaynes-Cummings, 130
Johari-Goldstein (JG) β-process, 98
Jump models, 457
Jump vectors, 457
K
Kinetic energy, 194
Kinetic exchange interaction, 276
Kinetics of the point defects in pure Fe, 467
Kramers doublets, 205
Kramers ion, 308
Kubo–Toyabe function, 289
L
Lamb-Mössbauer factor, 5, 22, 25, 28, 31,
178
Larmor frequency, 185
Laser, 190
Lattice specific heat, 31
Ligand binding, 200
Ligand field theory, 174
Light excited spin states, 188
Lighthouse effect, 24
Light Induced Excited Spin State Trapping
(LIESST), 190, 272
Li-ion, 320, 322, 345, 348
Line broadening, 181, 446
Line broadenings D , 456
Line shape, 180
Line width, 5, 181
Lorentzian, 5, 326, 337
Liquid crystal, 98
Li-ion, 320, 322, 345, 348
Lithiation, 325
Li x Sn, 348, 350, 351, 353, 368, 369
Local jumps, 476
Longitudinal coherence, 161
Long-range interstitial diffusion, 474
Long-range jumps, 476
Lorentzian, 326, 337
Lorentzian curve, 5
Lorentzian distribution, 20
LytB protein, 209
M
Magnesioferrite, 231, 232
Magnetic hyperfine field, 181, 334
Magnetic spring, 39
Magnetic Zeeman splitting ( H m ), 451
Magnetism, 39, 151, 415
Mapping technique, 486
Markov approximation, 120
Mass absorption coefficient, 241
Matrix representation, 182
MCX lens, 487
Mean force constant, 31
Mean kinetic energy, 31
Mean square displacement, 5, 31
Meissner effect, 40
Metal-ligand bond length, 196
Meteorite, 42, 247, 252, 254
MgF 2 coated Funnel-type MCP, 490
Microstructures, 194
Mixed-valence compounds, 280
Molecular mechanics, 187
Mössbauer correlation factor, 471
Mössbauer effect, 326
Mössbauer isotopes, 162, 321, 328
Mössbauer nucleus, 5
Mössbauer spectroscopic camera, 485
Mössbauer Spectroscopic Microscopy
(MSM), 486
Mössbauer spectroscopy in the time domain,
194
Mössbauer spectrum, 450
Mössbauer spectrum of Fe-C 2.73 at.%, 492
MOSWINN, 181
Moving-coil actuator, 486
MSM mapping images of a mc-Si solar cell,
493
Multi-bunch, 10
Multi-capillary X-ray lens, 486
Multiphoton excitation, 158, 161
Muon Spin Relaxation (μSR), 269
N
Na-ion, 343, 356
Nano-scale, 37
Narrowing of the energy width, 68
Nasicon, 343
Na x Sn, 357
Negative electrode, 324, 348
Neutron irradiation, 462
Ni, 37
Nitric oxide, 197
Nitrophorin, 187, 197
Nonlinear optics, 158
Nonlinear spectroscopy, 161
Normal modes, 116
Normal-mode splitting, 145
NORMOS, 181
Nuclear bragg diffraction, 14, 19, 24
Index
J
Jaynes-Cummings, 130
Johari-Goldstein (JG) β-process, 98
Jump models, 457
Jump vectors, 457
K
Kinetic energy, 194
Kinetic exchange interaction, 276
Kinetics of the point defects in pure Fe, 467
Kramers doublets, 205
Kramers ion, 308
Kubo–Toyabe function, 289
L
Lamb-Mössbauer factor, 5, 22, 25, 28, 31,
178
Larmor frequency, 185
Laser, 190
Lattice specific heat, 31
Ligand binding, 200
Ligand field theory, 174
Light excited spin states, 188
Lighthouse effect, 24
Light Induced Excited Spin State Trapping
(LIESST), 190, 272
Li-ion, 320, 322, 345, 348
Line broadening, 181, 446
Line broadenings D , 456
Line shape, 180
Line width, 5, 181
Lorentzian, 5, 326, 337
Liquid crystal, 98
Li-ion, 320, 322, 345, 348
Lithiation, 325
Li x Sn, 348, 350, 351, 353, 368, 369
Local jumps, 476
Longitudinal coherence, 161
Long-range interstitial diffusion, 474
Long-range jumps, 476
Lorentzian, 326, 337
Lorentzian curve, 5
Lorentzian distribution, 20
LytB protein, 209
M
Magnesioferrite, 231, 232
Magnetic hyperfine field, 181, 334
Magnetic spring, 39
Magnetic Zeeman splitting ( H m ), 451
Magnetism, 39, 151, 415
Mapping technique, 486
Markov approximation, 120
Mass absorption coefficient, 241
Matrix representation, 182
MCX lens, 487
Mean force constant, 31
Mean kinetic energy, 31
Mean square displacement, 5, 31
Meissner effect, 40
Metal-ligand bond length, 196
Meteorite, 42, 247, 252, 254
MgF 2 coated Funnel-type MCP, 490
Microstructures, 194
Mixed-valence compounds, 280
Molecular mechanics, 187
Mössbauer correlation factor, 471
Mössbauer effect, 326
Mössbauer isotopes, 162, 321, 328
Mössbauer nucleus, 5
Mössbauer spectroscopic camera, 485
Mössbauer Spectroscopic Microscopy
(MSM), 486
Mössbauer spectroscopy in the time domain,
194
Mössbauer spectrum, 450
Mössbauer spectrum of Fe-C 2.73 at.%, 492
MOSWINN, 181
Moving-coil actuator, 486
MSM mapping images of a mc-Si solar cell,
493
Multi-bunch, 10
Multi-capillary X-ray lens, 486
Multiphoton excitation, 158, 161
Muon Spin Relaxation (μSR), 269
N
Na-ion, 343, 356
Nano-scale, 37
Narrowing of the energy width, 68
Nasicon, 343
Na x Sn, 357
Negative electrode, 324, 348
Neutron irradiation, 462
Ni, 37
Nitric oxide, 197
Nitrophorin, 187, 197
Nonlinear optics, 158
Nonlinear spectroscopy, 161
Normal modes, 116
Normal-mode splitting, 145
NORMOS, 181
Nuclear bragg diffraction, 14, 19, 24