Index
523
Superlattices, 144
Superparamagnetic bahavior, 300
Superradiance, 109, 125
Superradiant enhancement, 130
Symmetric Dicke state, 115
Synchrotron, 177
Synchrotron experiments, 180
Synchrotron Mössbauer. See also occurs as
SMS
Synchrotron Mössbauer Source (SMS), 19,
23, 33
Synchrotron Radiation (SR), 6, 57–65, 67,
69–72, 76, 78, 84, 86–89, 91, 92, 96,
99
Synchrotron radiation facilities, 159
Synchrotron radiation based Mössbauer
spectroscopy, 21
Synchrotron Radiation based Perturbed
Angular Correlation (SRPAC), 22
Synchrotron Radiation Mössbauer Spectroscopy (SRMS), 21, 36
T
Tanabe-Sugano diagram, 269
Tektites, 252
Tetravalent iron, 175
Texture, 223, 232, 240, 243, 252
Thermal motion, 4
Thermal scanning, 459, 466
Thermal scanning method, 459
Thermal vacancies, 467
Thermodynamic parameters, 194
Thermoelectrics, 406, 412
The time window, 68
Thin film, 14
Three-level system, 133
Time Domain Interferometry (TDI), 22, 29,
91
Time interferometry, 22
Timed Dicke state, 115, 152
Time-Domain Interferometry (TDI), 57, 84
Time spectrum, 36
Tin borophosphate, 373
Tin oxides, 338, 370
Total reflection, 14
TPSSH, 187
Tracer correlation factor, 471
Tracer diffusion experiment, 448
Transition
magnetic, 246, 248
phase, 223, 246, 247
spin, 246–248, 250
structure, 246–248
Transmission integral formalism, 181
Turbomole, 186
Turnbull’s blue, 281
Two-level system, 108, 111
Two-photon excitation, 162
TZVP, 187
U
Undulator, 11, 31
Unquenched orbital angular momentum,
305
V
Vacancies and interstitials, 458
Vacancy diffusion, 449
Vibrational entropy, 31
Vibrational dynamics, 200
Vibrational modes, 201
VINDA, 181
Virtual effects, 108
Virtual photon, 109, 113, 137
Voltage, 343, 349, 365, 368
W
Waveguides, 125
Wavy pattern in the background, 68
Weiss temperature, 276
Wiggler, 11
WMOSS, 181
X
X-ray cavities, 105, 109
X-ray Free Electron Lasers (XFEL), 107
X-ray frequency comb, 162
X-ray laser sources, 158
XFEL-oscillator (XFELO), 107, 159
X-ray Free Electron Lasers (XFEL), 48, 215
Z
Zero-Field-Cooled Magnetization (ZFCM),
298
Zero field splitting, 182, 305
Zero-velocity counts, 462
523
Superlattices, 144
Superparamagnetic bahavior, 300
Superradiance, 109, 125
Superradiant enhancement, 130
Symmetric Dicke state, 115
Synchrotron, 177
Synchrotron experiments, 180
Synchrotron Mössbauer. See also occurs as
SMS
Synchrotron Mössbauer Source (SMS), 19,
23, 33
Synchrotron Radiation (SR), 6, 57–65, 67,
69–72, 76, 78, 84, 86–89, 91, 92, 96,
99
Synchrotron radiation facilities, 159
Synchrotron radiation based Mössbauer
spectroscopy, 21
Synchrotron Radiation based Perturbed
Angular Correlation (SRPAC), 22
Synchrotron Radiation Mössbauer Spectroscopy (SRMS), 21, 36
T
Tanabe-Sugano diagram, 269
Tektites, 252
Tetravalent iron, 175
Texture, 223, 232, 240, 243, 252
Thermal motion, 4
Thermal scanning, 459, 466
Thermal scanning method, 459
Thermal vacancies, 467
Thermodynamic parameters, 194
Thermoelectrics, 406, 412
The time window, 68
Thin film, 14
Three-level system, 133
Time Domain Interferometry (TDI), 22, 29,
91
Time interferometry, 22
Timed Dicke state, 115, 152
Time-Domain Interferometry (TDI), 57, 84
Time spectrum, 36
Tin borophosphate, 373
Tin oxides, 338, 370
Total reflection, 14
TPSSH, 187
Tracer correlation factor, 471
Tracer diffusion experiment, 448
Transition
magnetic, 246, 248
phase, 223, 246, 247
spin, 246–248, 250
structure, 246–248
Transmission integral formalism, 181
Turbomole, 186
Turnbull’s blue, 281
Two-level system, 108, 111
Two-photon excitation, 162
TZVP, 187
U
Undulator, 11, 31
Unquenched orbital angular momentum,
305
V
Vacancies and interstitials, 458
Vacancy diffusion, 449
Vibrational entropy, 31
Vibrational dynamics, 200
Vibrational modes, 201
VINDA, 181
Virtual effects, 108
Virtual photon, 109, 113, 137
Voltage, 343, 349, 365, 368
W
Waveguides, 125
Wavy pattern in the background, 68
Weiss temperature, 276
Wiggler, 11
WMOSS, 181
X
X-ray cavities, 105, 109
X-ray Free Electron Lasers (XFEL), 107
X-ray frequency comb, 162
X-ray laser sources, 158
XFEL-oscillator (XFELO), 107, 159
X-ray Free Electron Lasers (XFEL), 48, 215
Z
Zero-Field-Cooled Magnetization (ZFCM),
298
Zero field splitting, 182, 305
Zero-velocity counts, 462
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