Magnetization oscillations and waves:
Gespeichert in:
Hauptverfasser: | , |
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Format: | Buch |
Sprache: | English |
Veröffentlicht: |
Boca Raton [u.a.]
CRC Press
1996
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Schlagworte: | |
Online-Zugang: | Inhaltsverzeichnis |
Beschreibung: | X, 445 S. graph. Darst. |
ISBN: | 9780849394607 |
Internformat
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adam_text | MAGNETIZATION OSCILLATIONS AND WAVES A.G. GUREVICH, PH.D., D.SCI. CHIEF
RESEARCHER AND PROFESSOR MAGNETIC LABORATORY IOFFE PHYSICO-TECFRNICAL
INSTITUTE ST. PETERSBURG, RUSSIA G.A. MELKOV, PH.D., D.SCI. PROFESSOR
DEAN OF DEPARTMENT, RADIOPHYSICAL SHEVCHENKO KIEV NATIONAL UNIVERSITY
KIEV, UKRAINA (G) CRC PRESS BOCA RATON NEW YORK LONDON TOKYO CONTENTS
PREFACE IX 1 ISOTROPIE FERROMAGNET MAGNETIZED TO SATURATION 1 1.1
FERROMAGNETISM 1 1.1.1 ELEMENTARY MAGNETIC MOMENTS 2 1.1.2 PARAMAGNETISM
4 1.1.3 WEISS THEORY 6 1.1.4 EXCHANGE INTERACTION 7 1.2 EQUATION OF
MOTION OF MAGNETIZATION 8 1.3 HIGH-FREQUENCY MAGNETIC SUSEEPTIBILITY 10
1.3.1 SOLUTION OF THE LINEARIZED EQUATION OF MOTION 11 1.3.2
PECULIARITIES OF THE SUSEEPTIBILITY TENSOR 12 1.3.3 HIGH-FREQUENCY
PERMEABILITY 14 1.4 ALLOWANCE FOR MAGNETIC LOSSES 17 1.4.1 DISSIPATIVE
TERMS AND DISSIPATION PARAMETERS 17 1.4.2 SUSEEPTIBILITY TENSOR
COMPONENTS 19 1.5 UNIFORM OSCILLATIONS IN A SMALL ELLIPSOID 22 1.5.1
INTERNAL AND EXTERNAL MAGNETIC FIELDS 23 1.5.2 EIGENOSCILLATIONS 24
1.5.3 FORCED OSCILLATIONS 27 2 ANISOTROPIE FERROMAGNET 31 2.1
LANDAU-LIFSHITZ EQUATION 31 2.1.1 GENERALIZATION OF EQUATION OF MOTION
32 2.1.2 METHODS OF ANALYSIS OF FERROMAGNETIC RESONANCE IN ANISOTROPIC
FERROMAGNET 35 2.2 MAGNETOCRYSTALLINE ANISOTROPY 37 2.2.1 ORIGINS OF
MAGNETOCRYSTALLINE ANISOTROPY 37 2.2.2 PHENOMENOLOGICAL DESCRIPTION 39
2.2.3 EQUILIBRIUM ORIENTATIONS OF MAGNETIZATION 41 2.3 FERROMAGNETIC
RESONANCE IN A SINGLE CRYSTAL 43 2.3.1 SPHERE OF A UNIAXIAL FERROMAGNET
44 UI IV CONTENTS 2.3.2 SPHERE OF A CUBIC FERROMAGNET 47 2.3.3
SIMULTANEOUS ALLOWANCE FOR DIFFERENT KINDS OF ANISOTROPY 50 2.4
FERROMAGNETIC RESONANCE IN A POLYCRYSTAL 53 2.4.1 INDEPENDENT-GRAIN AND
STRONGLY-COUPLED-GRAIN APPROXIMATIONS 54 2.4.2 INFLUENCE OF POROSITY 56
3 ANTIFERROMAGNETS AND FERRITES 59 3.1 ANTIFERROMAGNETISM AND
FERRIMAGNETISM 59 3.1.1 CRYSTAL AND MAGNETIC STRUCTURES 60 3.1.2
EQUATIONS OF MOTION AND ENERGY TERMS 64 3.1.3 GROUND STATES AND SMALL
OSCILLATIONS 65 3.2 ANTIFERROMAGNETIC RESONANCE 68 3.2.1 ANTIFERROMAGNET
WITH AN EASY AXIS OF ANISOTROPY: STEADY STATES 68 3.2.2 OSCILLATIONS IN
ANTIPARALLEL STATE 71 3.2.3 OSCILLATIONS IN NONCOLLINEAR STATE 73 3.2.4
OSCILLATIONS IN TRANSVERSE AND ARBITRARILY ORIENTED FIELDS . 74 3.2.5
ANTIFERROMAGNET WITH EASY PLANE OF ANISOTROPY 76 3.3 MAGNETIC
OSCILLATIONS IN FERRIMAGNETS 81 3.3.1 GROUND STATES OF TWO-SUBLATTICE
FERRIMAGNET 81 3.3.2 OSCILLATIONS IN ANTIPARALLEL GROUND STATE 83 3.3.3
OSCILLATIONS IN NONCOLLINEAR GROUND STATE 86 3.3.4 DAMPED AND FORCED
OSCILLATIONS 87 4 FUNDAMENTALS OF ELECTRODYNAMICS OF GYROTROPIC MEDIA 91
4.1 EQUATIONS 91 4.1.1 GENERAL EQUATIONS AND BOUNDARY CONDITIONS 91
4.1.2 EQUATIONS FOR BIGYROTROPIC MEDIA 94 4.2 UNIFORM PLANE WAVES 96
4.2.1 GENERAL RELATIONS 96 4.2.2 LONGITUDINAL MAGNETIZATION 98 4.2.3
TRANSVERSE MAGNETIZATION 102 4.3 NONRECIPROCITY 104 4.4 ENERGY RELATIONS
106 4.4.1 EQUATION OF ENERGY BALANCE 107 4.4.2 ENERGY LOSSES 108 4.5
PERTURBATION METHOD 109 4.5.1 GYROTROPIC PERTURBATION OF A WAVEGUIDE 110
4.5.2 GYROTROPIC PERTURBATION OF A RESONATOR 111 4.5.3 QUASISTATIC
APPROXIMATION 111 4.5.4 RESONATOR WITH WALLS OF REAL METAL 114 CONTENTS
V 5 WAVEGUIDES AND RESONATORS WITH GYROTROPIC MEDIA. MICROWAVE FERRITE
DEVICES 117 5.1 WAVEGUIDE WITH LONGITUDINALLY MAGNETIZED MEDIUM 117
5.1.1 CIRCULAR WAVEGUIDE 118 5.1.2 CIRCULAR WAVEGUIDE WITH FERRITE ROD
119 5.1.3 FARADAY FERRITE DEVICES 121 5.2 WAVEGUIDE WITH TRANSVERSELY
MAGNETIZED FERRITE 123 5.2.1 RECTANGULAR WAVEGUIDE FILLED WITH FERRITE
123 5.2.2 RECTANGULAR WAVEGUIDE WITH FERRITE PLATES 125 5.2.3 MICROWAVE
FERRITE DEVICES 128 5.3 RESONATORS WITH GYROTROPIC MEDIA 130 5.3.1
EIGENOSCILLATIONS AND FORCED OSCILLATIONS 131 5.3.2 WAVEGUIDE RESONATORS
133 5.3.3 FERRITE RESONATORS 134 5.3.4 USE OF PERTURBATION METHOD 137
5.4 WAVEGUIDES AND WAVEGUIDE JUNCTIONS WITH FERRITE SAMPLES . . . . 138
5.4.1 FERRITE ELLIPSOID IN A WAVEGUIDE 139 5.4.2 COUPLING OF ORTHOGONAL
WAVEGUIDES. FERRITE BAND-PASS FILTERS 141 5.4.3 GENERAL PROPERTIES OF
NONRECIPROCAL JUNCTIONS 143 6 MAGNETOSTATIC WAVES AND OSCILLATIONS 147
6.1 MAGNETOSTATIC APPROXIMATION 147 6.2 NONEXCHANGE MAGNETOSTATIC WAVES
IN PLATES AND RODS 153 6.2.1 VOLUME WAVES IN PLATES 153 6.2.2 SURFACE
WAVES 157 6.2.3 MAGNETOSTATIC WAVES IN WAVEGUIDES WITH FINITE CROSS
SECTION 162 6.2.4 ENERGY FLOW AND LOSSES 166 6.2.5 MAGNETOSTATIC WAVES
IN FERRITE FILMS: EXCITATION, APPLICATIONS 168 6.3 MAGNETOSTATIC
OSCILLATIONS (WALKER S MODES) 170 6.3.1 METALLIZED CYLINDER 171 6.3.2
SPHERE AND ELLIPSOID OF REVOLUTION 171 6.3.3 DAMPING, EXCITATION, AND
COUPLING 176 7 SPIN WAVES 179 7.1 SPIN WAVES IN UNBOUNDED FERROMAGNET
179 7.1.1 ENERGY AND EFFECTIVE FIELD OF EXCHANGE INTERACTION . . . . 179
7.1.2 DISPERSION LAW 180 7.1.3 MAGNETIZATION, FIELD COMPONENTS, AND
DAMPING 184 7.2 SPIN WAVES IN BOUNDED BODIES 186 7.2.1 EXCHANGE BOUNDARY
CONDITIONS 186 7.2.2 STANDING SPIN WAVES IN FILMS 189 VI CONTENTS 7.2.3
PROPAGATING SPIN WAVES IN FILMS 194 7.2.4 SPIN WAVES IN NONUNIFORM
MAGNETIC FIELDS 198 7.3 MAGNONS 199 7.3.1 QUANTIZATION OF MAGNETIC
OSCILLATIONS AND WAVES 199 7.3.2 THERMAL MAGNONS 202 7.4 ELEMENTS OF
MICROSCOPIC SPIN-WAVE THEORY 205 7.4.1 DIAGONALIZATION OF THE
HAMILTONIAN 206 7.4.2 DISCUSSION OF THE DISPERSION LAW 209 7.4.3
ALLOWANCE FOR DIPOLE-DIPOLE INTERACTION AND ANISOTROPY 212 7.4.4
INTERACTION OF MAGNONS 214 8 MAGNETIC OSCILLATIONS AND WAVES IN
UNSATURATED FERROMAGNET 215 8.1 OSCILLATIONS OF DOMAIN WALLS 215 8.1.1
DOMAIN WALLS AND DOMAIN STRUCTURES 215 8.1.2 EQUATION OF MOTION OF A
DOMAIN WALL 219 8.1.3 DYNAMIC SUSCEPTIBILITY 220 8.2 FERROMAGNETIC
RESONANCE IN SAMPLES WITH DOMAIN STRUCTURE . . . 222 8.2.1 ELLIPSOID OF
UNIAXIAL FERROMAGNET 224 8.2.2 SPHERE OF CUBIC FERROMAGNET 226 8.2.3
NONUNIFORM MODES IN UNSATURATED SAMPLES 229 9 NONLINEAR OSCILLATIONS OF
MAGNETIZATION 231 9.1 FERROMAGNETIC RESONANCE IN STRONG ALTERNATING
FIELDS 231 9.1.1 RIGOROUS SOLUTION OF EQUATION OF MOTION 231 9.1.2
APPROXIMATE METHODS 234 9.2 HARMONIE GENERATION AND FREQUENCY CONVERSION
237 9.2.1 FREQUENCY DOUBLING 238 9.2.2 FREQUENCY MIXING 242 10
PARAMETRIC EXCITATION O F MAGNETIC OSCILLATIONS AND WAVES 245 10.1
NONLINEAR COUPLING OF MAGNETIC MODES 245 10.2 THRESHOLDS OF PARAMETRIC
EXCITATION UNDER TRANSVERSE PUMPING . . 249 10.2.1 FIRST-ORDER AND
SECOND-ORDER INSTABILITIES 249 10.2.2 THRESHOLD FIELDS 252 10.2.3 EFFECT
OF PUMPING-FIELD POLARIZATION 254 10.3 LONGITUDINAL AND OBLIQUE PUMPING
255 10.3.1 LONGITUDINAL PUMPING 255 10.3.2 EFFECT OF NONUNIFORMITIES 259
10.3.3 OBLIQUE PUMPING 261 10.4 INSTABILITY OF NONUNIFORM MODES AND
NONUNIFORM PUMPING . . . 263 10.4.1 PARAMETRIC EXCITATION OF
MAGNETOSTATIC OSCILLATIONS AND WAVES 263 10.4.2 FERRITE PARAMETRIC
AMPLIFIER 267 VII 10.4.3 NONUNIFORM PUMPING 268 10.5 ABOVE-THRESHOLD
STATE 271 10.5.1 REACTION OF PARAMETRIC SPIN WAVES ON PUMPING 271 10.5.2
PHASE MECHANISM 274 10.5.3 NONLINEAR DAMPING 276 10.5.4 STABILITY OFTHE
ABOVE-THRESHOLD STATE 279 10.5.5 NONLINEAR MICROWAVE FERRITE DEVICES 279
11 SPIN-SPIN RELAXATION 283 11.1 RELAXATION PROCESSES IN MAGNETICALLY
ORDERED SUBSTANCES . . . . 283 11.1.1 KINDS OF RELAXATION PROCESSES 283
11.1.2 METHODS OF THEORETICAL STUDY 285 11.2 INHERENT SPIN-SPIN
PROCESSES 288 11.2.1 THREE-MAGNON SPLITTING 289 11.2.2 THREE-MAGNON
CONFLUENCE 292 11.2.3 FOUR-MAGNON SCATTERING 294 11.2.4 INHERENT
PROCESSES FOR UNIFORM PRECESSION 296 11.2.5 EXPERIMENTAL DATA 296 11.3
TWO-MAGNON PROCESSES 299 11.3.1 THEORY OF TWO-MAGNON PROCESSES 300
11.3.2 DISORDER IN DISTRIBUTION OF IONS OVER LATTICE SITES 305 11.3.3
ANISOTROPY-FIELD VARIATIONS AND PORES IN POLYCRYSTALS . . . 306 11.3.4
SURFACE ROUGHNESS 308 12 MAGNETOELASTIC COUPLING 311 12.1 ELASTIC
PROPERTIES AND MAGNETOELASTIC INTERACTION 311 12.1.1 ELASTIC WAVES AND
OSCILLATIONS 311 12.1.2 MAGNETOELASTIC ENERGY AND EQUATIONS OF MOTION
314 12.2 EFFECT OF ELASTIC STRESSES ON FERROMAGNETIC RESONANCE 318 12.3
MAGNETOELASTIC WAVES 319 12.3.1 NORMAL WAVES 320 12.3.2 DAMPING AND
EXCITATION 323 12.3.3 MAGNETOELASTIC WAVES IN NONUNIFORM STEADY MAGNETIC
FIELD 324 12.4 PARAMETRIC EXCITATION OF MAGNETOELASTIC WAVES 326 12.4.1
LONGITUDINAL PUMPING OF MAGNETOELASTIC WAVES 326 12.4.2 PARAMETRIC
EXCITATION CAUSED BY MAGNETOELASTIC COUPLING 329 12.4.3 ELASTIC PUMPING
330 12.5 SPIN-LATTICE RELAXATION 331 VIUE CONTENTS 13 IONIC ANISOTROPY
AND RELAXATION 337 13.1 ANISOTROPY CAUSED BY IMPURITY IONS * * * * 337
13.1.1 ENERGY LEVELS OF IONS 337 13.1.2 ONE-ION THEORY OF
FERROMAGNETIC-RESONANCE ANISOTROPY 342 13.1.3 NEAR-CROSSING ENERGY
LEVELS 343 13.1.4 EXPERIMENTAL DATA 344 13.2 IONIC RELAXATION PROCESSES
347 13.2.1 TRANSVERSE RELAXATION 347 13.2.2 LONGITUDINAL (SLOW)
RELAXATION 349 13.2.3 RELAXATION OF IONIC-LEVEL POPULATIONS 356 13.2.4
EXPERIMENTAL DATA 357 14 INTERACTION OF MAGNETIC OSCILLATIONS AND WAVES
WITH CHARGE CARRIES 363 14.1 EFFECT OF CHARGE CARRIERS IN SEMICONDUCTORS
363 14.1.1 DAMPING OF MAGNETIC OSCILLATIONS CAUSED BY CONDUCTIVITY 363
14.1.2 INFLUENCE OF INTERIONIC ELECTRON TRANSITIONS 365 14.1.3
INTERACTION OF SPIN WAVES WITH CHARGE CARRIERS 367 14.2 FERROMAGNETIC
RESONANCE AND SPIN WAVES IN METALS 372 14.2.1 THIN-FILM MODEL 373 14.2.2
THEORY WITHOUT ALLOWANCE FOR EXCHANGE INTERACTION . . . 375 14.2.3
INFLUENCE OF EXCHANGE INTERACTION 378 14.2.4 ANTIRESONANCE 384 14.2.5
PROCESSES OF MAGNETIC RELAXATION 386 APPENDICES 391 A UNITS AND
CONSTANTS 391 B DEMAGNETIZATION FACTORS 397 C DIRAC DELTA FUNCTION AND
KRONECKER DELTA SYMBOL 401 BIBLIOGRAPHY 403 SUBJECT INDEX TO THE
BIBLIOGRAPHY 431 INDEX 435
|
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author | Gurevič, Aleksandr G. Melkov, Gennadij A. |
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ctrlnum | (OCoLC)247391432 (DE-599)BVBBV011320558 |
discipline | Physik |
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id | DE-604.BV011320558 |
illustrated | Illustrated |
indexdate | 2024-07-09T18:07:45Z |
institution | BVB |
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language | English |
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publisher | CRC Press |
record_format | marc |
spelling | Gurevič, Aleksandr G. Verfasser aut Magnetization oscillations and waves A. G. Gurevich ; G. A. Melkov Boca Raton [u.a.] CRC Press 1996 X, 445 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Welle (DE-588)4065310-9 gnd rswk-swf Ferromagnetismus (DE-588)4154131-5 gnd rswk-swf Paramagnetismus (DE-588)4173291-1 gnd rswk-swf Schwingung (DE-588)4053999-4 gnd rswk-swf Paramagnetismus (DE-588)4173291-1 s Schwingung (DE-588)4053999-4 s DE-604 Welle (DE-588)4065310-9 s Ferromagnetismus (DE-588)4154131-5 s Melkov, Gennadij A. Verfasser aut GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007605733&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Gurevič, Aleksandr G. Melkov, Gennadij A. Magnetization oscillations and waves Welle (DE-588)4065310-9 gnd Ferromagnetismus (DE-588)4154131-5 gnd Paramagnetismus (DE-588)4173291-1 gnd Schwingung (DE-588)4053999-4 gnd |
subject_GND | (DE-588)4065310-9 (DE-588)4154131-5 (DE-588)4173291-1 (DE-588)4053999-4 |
title | Magnetization oscillations and waves |
title_auth | Magnetization oscillations and waves |
title_exact_search | Magnetization oscillations and waves |
title_full | Magnetization oscillations and waves A. G. Gurevich ; G. A. Melkov |
title_fullStr | Magnetization oscillations and waves A. G. Gurevich ; G. A. Melkov |
title_full_unstemmed | Magnetization oscillations and waves A. G. Gurevich ; G. A. Melkov |
title_short | Magnetization oscillations and waves |
title_sort | magnetization oscillations and waves |
topic | Welle (DE-588)4065310-9 gnd Ferromagnetismus (DE-588)4154131-5 gnd Paramagnetismus (DE-588)4173291-1 gnd Schwingung (DE-588)4053999-4 gnd |
topic_facet | Welle Ferromagnetismus Paramagnetismus Schwingung |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007605733&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
work_keys_str_mv | AT gurevicaleksandrg magnetizationoscillationsandwaves AT melkovgennadija magnetizationoscillationsandwaves |