Solid state physics:
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| Main Authors: | , |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Chichester [u.a.]
Wiley
1999
|
| Edition: | 2. ed., reprinted |
| Series: | The Manchester physics series
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | 1. Aufl. u.d.T.: Hall, Henry E.: Solid state physics |
| Physical Description: | XXI, 474 S. Ill., graph. Darst. |
| ISBN: | 0471928054 9780471928058 0471928046 |
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MARC
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| 245 | 1 | 0 | |a Solid state physics |c J. R. Hook ; H. E. Hall |
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| 264 | 1 | |a Chichester [u.a.] |b Wiley |c 1999 | |
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Record in the Search Index
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| adam_text | SOLID STATE PHYSICS SECOND EDITION J. R. HOOK H. E. HALL DEPARTMENT OF
PHYSICS, UNIVERSITY OF MANCHESTER JOHN WILEY & SONS CHICHESTER NEW YORK
BRISBANE TORONTO SINGAPORE CONTENTS FLOW DIAGRAM INSIDE FRONT COVER
EDITOR S PREFACE TO THE MANCHESTER PHYSICS SERIES . . XV FOREWORD XVII
AUTHOR S PREFACE TO SECOND EDITION XIX 1 CRYSTAL STRUCTURE 1 1.1
INTRODUCTION 1 1.2 ELEMENTARY CRYSTALLOGRAPHY 2 1.2.1 THE CRYSTAL
LATTICE 2 1.2.2 THEBASIS 7 1.2.3 CRYSTAL PLANES AND DIRECTIONS 8 1.3
TYPICAL CRYSTAL STRUCTURES 10 1.3.1 CUBIC AND HEXAGONAL CLOSE-PACKED
STRUCTURES 10 1.3.2 THE BODY-CENTRED CUBIC STRUCTURE . . . . 15 1.3.3
STRUCTURES OF IONIC SOLIDS 17 1.3.4 THE DIAMOND AND ZINCBLENDE
STRUCTURES . . . 18 1.4 X-RAY CRYSTALLOGRAPHY . . . . . . . . 19 1.4.1
THEBRAGGLAW 19 1.4.2 EXPERIMENTAL ARRANGEMENTS FOR X-RAY DIFFRACTION .
22 IF STARRED SECTIONS MAY BE OMITTED AS THEY ARE NOT REQUIRED LATER IN
THE BOOK. VIII CONTENTS *JLRL.5 QUASI-CRYSTALS 25 1.6 INTERATOMIC FORCES
28 1.6.1 VAN DER WAALS BONDING 28 1.6.2 IONIC BONDING 29 1.6.3 COVALENT
BONDING 30 1.6.4 METALLIC BONDING 31 1.6.5 HYDROGEN BONDING 31 1.6.6
MIXED BONDING 31 PROBLEMS 1 32 2 CRYSTAL DYNAMICS 33 2.1 INTRODUCTION 33
2.2 SOUND WAVES 34 2.3 LATTICE VIBRATIONS OF ONE-DIMENSIONAL CRYSTALS .
. . 36 2.3.1 CHAIN OF IDENTICAL ATOMS 36 2.3.2 CHAIN OF TWO TYPES OF
ATOM 41 2.4 LATTICE VIBRATIONS OF THREE-DIMENSIONAL CRYSTALS . . 47 2.5
PHONONS 48 2.6 HEAT CAPACITY FROM LATTICE VIBRATIONS . . . . 49 2.6.1
ENERGY AND HEAT CAPACITY OF A HARMONIC OSCILLATOR . 49 2.6.2 THE DENSITY
OF STATES 52 2.6.3 THE HIGH- AND LOW-TEMPERATURE LIMITS . . . 58 2.6.4
THE DEBYE INTERPOLATION SCHEME . . . . 59 2.7 ANHARMONIC EFFECTS 63
2.7.1 THERMAL EXPANSION 63 2.7.2 PHONON-PHONON COLLISIONS . . . . . 67
2.8 THERMAL CONDUCTION BY PHONONS . . . . 69 2.8.1 KINETIC THEORY . .
....... . . . 70 2.8.2 CONDUCTION AT HIGH TEMPERATURES . . . . 72 2.8.3
CONDUCTION AT INTERMEDIATE TEMPERATURES . . . 72 2.8.4 CONDUCTION AT LOW
TEMPERATURES . . . . 73 PROBLEMS 2 74 3 FREE ELECTRONS IN METALS 76 3.1
INTRODUCTION 76 3.2 THE FREE ELECTRON MODEL 76 3.2.1 GROUND STATE OF THE
FREE ELECTRON GAS . . . . 78 3.2.2 THE FREE ELECTRON GAS AT FINITE
TEMPERATURE . . . 80 3.2.3 HEAT CAPACITY OF THE FREE ELECTRON GAS . . .
81 3.2.4 SOFT X-RAY EMISSION SPECTRUM 84 3.2.5 METALLIC BINDING 85
CONTENTS IX 3.3 TRANSPORT PROPERTIES OF THE CONDUCTION ELECTRONS . . 86
3.3.1 THE EQUATION OF MOTION OF THE ELECTRONS . . . 86 3.3.2 THE
ELECTRICAL CONDUCTIVITY 87 3.3.3 THE THERMAL CONDUCTIVITY 89 3.3.4 THE
WIEDEMANN-FRANZ LAW AND THE TEMPERATURE DEPENDENCE OF THE ELECTRICAL AND
THERMAL CONDUCTIVITIES 91 3.3.5 THE HALL EFFECT 97 PROBLEMS 3 99 4 THE
EFFECT OF THE PERIODIC LATTICE POTENTIAL*ENERGY BANDS 100 4.1 NEARLY
FREE ELECTRON THEORY 100 4.2 CLASSIFICATION OF CRYSTALLINE SOLIDS INTO
METALS, INSULATORS AND SEMICONDUCTORS 104 4.3 THE TIGHT BINDING APPROACH
109 4.3.1 COUPLED PROBABILITY AMPLITUDES . . . . 109 4.3.2 THE H^
ION*COVALENT BONDING 111 4.3.3 ELECTRON STATES ON A ONE-DIMENSIONAL
CHAIN . . 116 4.3.4 ELECTRON STATES IN DIAMOND, SILICON AND GERMANIUM .
121 4.4 BAND STRUCTURE EFFECTIVE MASSES 124 PROBLEMS 4 129 5
SEMICONDUCTORS 131 5.1 INTRODUETION 131 5.2 HOLES 133 5.3 METHODS OF
PROVIDING ELECTRONS AND HOLES . . . . 136 5.3.1 DONOR AND ACCEPTOR
IMPURITIES 136 5.3.2 THERMAL EXCITATION OF CARRIERS 139 5.3.3 INTRINSIC
BEHAVIOUR 142 5.3.4 EXTRINSIC BEHAVIOUR 143 5.4 ABSORPTION OF
ELECTROMAGNETIC RADIATION . . . . 147 5.5 TRANSPORT PROPERTIES 149 5.5.1
ELECTRICAL CONDUCTIVITY 149 5.5.2 HALL EFFECT 152 5.5.3 CYCLOTRON
RESONANCE 155 5.6 NON-EQUILIBRIUM CARRIER DENSITIES 159 5.6.1 THE
CONTINUITY EQUATIONS 160 5.6.2 ELECTRICAL NEUTRALITY 161 5.6.3
GENERATION AND RECOMBINATION 163 5.6.4 INJECTION OF MINORITY CARRIERS AT
A STEADY RATE . . 165 5.6.5 INJECTION OF A PULSE OF MINORITY CARRIERS .
. 166 PROBLEMS 5 168 X CONTENTS 6 SEMICONDUCTOR DEVICES 169 6.1
INTRODUCTION 169 6.2 THE P-N JUNCTION WITH ZERO APPLIED BIAS . . . . 169
6.3 THE P-N JUNCTION WITH AN APPLIED BIAS . . . . 175 6.4 OTHER DEVICES
BASED ON THE P-N JUNCTION . . . 181 6.4.1 LIGHT EMITTING DIODES AND
LASERS . . . 181 6.4.2 SOLAR CELLS . 182 6.4.3 THE JUNCTION TRANSISTOR
184 6.4.4 THE JUNCTION-GATE FIELD-EFFECT TRANSISTOR . . . 187 6.5
METAL-OXIDE-SEMICONDUCTOR TECHNOLOGY AND THE MOSFET . 188 6.6 MOLECULAR
BEAM EPITAXY AND SEMICONDUCTOR HETEROJUNCTIONS 192 PROBLEMS 6 196 7
DIAMAGNETISM AND PARAMAGNETISM 198 7.1 INTRODUCTION 198 7.2
PARAMAGNETISM 200 7.2.1 THE ORIGIN OF PERMANENT DIPOLE MOMENTS . . . 200
7.2.2 THE INTERACTION OF A PERMANENT DIPOLE MOMENT WITH AN APPLIED
MAGNETIC FIELD 202 7.2.3 CALCULATION OF THE MAGNETIZATION OF
PARAMAGNETIC IONS 203 7.2.4 CONDUCTION ELECTRON PARAMAGNETISM . . . .
208 7.3 DIAMAGNETISM 211 7.3.1 MOMENTUM IN A MAGNETIC FIELD 211 7.3.2
SCREENING BY INDUCED CURRENTS 213 7.3.3 CALCULATION OF THE DIAMAGNETIC
SUSCEPTIBILITY . . 215 PROBLEMS 7 217 8 MAGNETIC ORDER 219 8.1
INTRODUCTION 219 8.2 THE EXCHANGE INTERACTION 220 8.3 FERROMAGNETISM 221
8.3.1 THE WEISS MOLECULAR FIELD 221 8.3.2 CALCULATION OF FERROMAGNETIC
PROPERTIES USING THE MEAN FIELD THEORY 223 8.4 THE NEEL MODEL OF
ANTIFERROMAGNETISM . . . . 229 8.5 SPINWAVES 232 8.5.1 FERROMAGNETS AT
LOW TEMPERATURES . . . . 232 8.5.2 SPIN WAVES IN A ONE-DIMENSIONAL
CRYSTAL . . . 233 8.5.3 MAGNETIZATION AND HEAT CAPACITY AT LOW
TEMPERATURES 236 -JAR8.5.4 FERROMAGNETIC RESONANCE AND THE EXPERIMENTAL
OBSERVATION OF SPIN WAVES 239 CONTENTS XI *^*8.6 OTHER TYPES OF MAGNETIC
ORDER 241 8.6.1 FERRIMAGNETISM 241 8.6.2 SPIN DENSITY WAVE
ANTIFERROMAGNETISM IN CHROMIUM . 242 8.6.3 MAGNETIC ORDERING IN
RARE-EARTH METALS . . 245 8.7 FERROMAGNETIC DOMAINS 246 8.7.1 THE ENERGY
AND THICKNESS OF A BLOCH WALL . . 246 8.7.2 WHY DO DOMAINS OCCUR? 249
8.7.3 MAGNETIZATION CURVES OF FERROMAGNETS . 250 PROBLEMS 8 251 9
ELECTRIC PROPERTIES OF INSULATORS 253 9.1 DIELECTRICS 253 9.1.1
DIELECTRIC CONSTANT AND SUSCEPTIBILITY . 253 9.1.2 POLARIZATION DUE TO
RELATIVE MOTION OF ELECTRONS AND NUCLEI 256 9.1.3 ORIENTATION OF
PERMANENT DIPOLE MOMENTS . 260 ^9.1.4 DIELECTRIC CONSTANT AND LATTICE
VIBRATIONS OF IONIC CRYSTALS 265 9.2 PYROELECTRIC MATERIALS 271 *^*9.2.1
THE LANDAU MODEL 273 9.3 PIEZOELECTRICITY 275 PROBLEMS 9 277 10
SUPERCONDUCTIVITY 278 10.1 INTRODUCTION 278 10.2 MAGNETIC PROPERTIES OF
SUPERCONDUCTORS . . . . 279 10.2.1 TYPE I SUPERCONDUCTORS 279 10.2.2
THERMODYNAMICS OF THE SUPERCONDUCTING TRANSITION . 283 10.2.3 TYPE II
SUPERCONDUCTORS 285 10.3 THE LONDON EQUATION 286 10.4 THE THEORY OF
SUPERCONDUCTIVITY 290 10.4.1 THE ENERGY GAP AND ELECTRON PAIRING . . . .
290 *FRLO.4.2 THE COOPER PROBLEM 292 FCL0.4.3 ORIGIN OF THE ATTRACTIVE
INTERACTION . . . . 293 FCLO.4.4 NATURE OF THE SUPERCONDUCTING GROUND
STATE . 294 10.4.5 EXPLANATION OF INFINITE CONDUCTIVITY . . . . 296 10.5
MACROSCOPIC QUANTUM PHENOMENA 297 10.5.1 THE SUPERCONDUCTING ORDER
PARAMETER . 297 10.5.2 FLUX QUANTIZATION 298 10.5.3 QUANTIZED FLUX LINES
AND TYPE II SUPERCONDUCTIVITY 300 10.5.4 JOSEPHSON EFFECTS 304
-FC-10.5.5 QUANTUM INTERFERENCE 308 10.6 HIGH-TEMPERATURE
SUPERCONDUCTORS 310 PROBLEMS 10 314 XII CONTENTS 11 WAVES IN CRYSTALS
316 11.1 INTRODUCTION 316 11.2 ELASTIC SCATTERING OF WAVES BY A CRYSTAL
. . . 316 11.2.1 AMPLITUDE OF THE SCATTERED WAVE . . . 316 11.2.2 LAUE
CONDITIONS FOR DIFFRACTION AND THE RECIPROCAL LATTICE 319 11.2.3
EXAMPLES OF RECIPROCAL LATTICES 322 11.2.4 THE STRUCTURE FACTOR 325 11.3
WAVELIKE NORMAL MODES*BLOCH S THEOREM . . . 328 11.4 NORMAL MODES AND
THE RECIPROCAL LATTICE . . . . 330 11.4.1 PERIODICITY OF THE DISPERSION
RELATION . . . . 330 11.4.2 BRILLOUIN ZONES AND THE PLOTTING OF
DISPERSION RELATIONS 333 PROBLEMS 11 338 12 12.1 12.2 12.3 SCATTERING OF
NEUTRONS AND ELECTRONS FROM SOLIDS INTRODUCTION COMPARISON OF X-RAYS,
NEUTRONS AND ELECTRONS 12.2.1 INTERACTION OF X-RAYS, NEUTRONS AND
ELECTRONS WITH ATOMS 12.2.2 INELASTIC SCATTERING 12.4 12.5 12.6 NEUTRON
SCATTERING TECHNIQUES 12.3.1 NEUTRON SOURCES 12.3.2 NEUTRON DETECTORS
12.3.3 TIME-OF-FLIGHT METHODS 12.3.4 CRYSTAL MONOCHROMATORS
DETERMINATION OF PHONON SPECTRA MAGNETIC SCATTERING 12.5.1 DETERMINATION
OF MAGNETIC STRUCTURE 12.5.2 DETERMINATION OF MAGNON SPECTRA ELECTRON
SCATTERING . . . . PROBLEMS 12 339 339 339 339 341 342 342 343 343 346
348 350 350 354 355 361 13 REAL METALS 362 13.1 INTRODUCTION 362 13.2
FERMI SURFACES 362 13.2.1 FERMI SURFACE OF A NEARLY FREE ELECTRON
TWO-DIMENSIONAL METAL 362 13.2.2 FERMI SURFACE OF THREE-DIMENSIONAL
METALS . . 365 13.2.3 DENSITY OF STATES AT THE FERMI SURFACE . 366
CONTENTS XIII 13.3 ELECTRON DYNAMICS IN A THREE-DIMENSIONAL METAL . 369
13.3.1 EQUATION OF MOTION AND EFFECTIVE MASS . . 369 ^*13.3.2 RELATION
OF THE ELECTRICAL CONDUCTIVITY TO THE FERMI SURFACE 372 13.4
EXPERIMENTAL DETERMINATION OF THE FERMI SURFACE . . 373 13.4.1 CYCLOTRON
ORBITS 374 13.4.2 CYCLOTRON RESONANCE IN METALS 376 13.4.3 QUANTIZATION
OF CYCLOTRON ORBITS . . . . 378 13.4.4 THE DE HAAS-VAN ALPHEN EFFECT 382
13.5 WHY DO ELECTRONS BEHAVE INDEPENDENTLY? . . . . 387 13.5.1
ELECTRICAL NEUTRALITY IN METALS 388 13.5.2 PLASMA OSCILLATIONS 389
13.5.3 SCREENING 390 13.5.4 THE EXCLUSION PRINCIPLE AND SCATTERING . .
392 ^*13.5.5 FERMI LIQUID EFFECTS **13.5.6 THE MOTT TRANSITION . 13.6
ELECTROMAGNETIC WAVES IN METALS PROBLEMS 13 393 394 395 397 14
LOW-DIMENSIONAL SYSTEMS 399 14.1 INTRODUCTION 399 14.2 THE
TWO-DIMENSIONAL ELECTRON GAS 400 14.2.1 THE ELECTRON STATES 400 14.2.2
DENSITY OF STATES OF THE TWO-DIMENSIONAL ELECTRON GAS 402 14.3 THE
QUANTUM HALL EFFECT 405 14.4 RESONANT TUNNELLING DEVICES 412 PROBLEMS 14
415 APPENDIX A COUPLED PROBABILITY AMPLITUDES 417 APPENDIX B ELECTRIC
AND MAGNETIC FIELDS INSIDE MATERIALS . . . . 422 APPENDIX C QUANTUM
MECHANICS OF AN ELECTRON IN A MAGNETIC FIELD . 430 APPENDIX D THE
EXCHANGE ENERGY 432 XIV CONTENTS BIBLIOGRAPHY 435 SOLUTIONS TO PROBLEMS
. . . . . . . . 439 INDEX 464 TABLE OF CONSTANTS . . INSIDE BACK COVER
|
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| indexdate | 2024-07-09T18:35:10Z |
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| physical | XXI, 474 S. Ill., graph. Darst. |
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| spelling | Hook, John R. Verfasser aut Solid state physics J. R. Hook ; H. E. Hall 2. ed., reprinted Chichester [u.a.] Wiley 1999 XXI, 474 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier The Manchester physics series 1. Aufl. u.d.T.: Hall, Henry E.: Solid state physics Festkörperphysik (DE-588)4016921-2 gnd rswk-swf 1\p (DE-588)4123623-3 Lehrbuch gnd-content Festkörperphysik (DE-588)4016921-2 s DE-604 Hall, Henry E. Verfasser aut GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008758071&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk |
| spellingShingle | Hook, John R. Hall, Henry E. Solid state physics Festkörperphysik (DE-588)4016921-2 gnd |
| subject_GND | (DE-588)4016921-2 (DE-588)4123623-3 |
| title | Solid state physics |
| title_auth | Solid state physics |
| title_exact_search | Solid state physics |
| title_full | Solid state physics J. R. Hook ; H. E. Hall |
| title_fullStr | Solid state physics J. R. Hook ; H. E. Hall |
| title_full_unstemmed | Solid state physics J. R. Hook ; H. E. Hall |
| title_short | Solid state physics |
| title_sort | solid state physics |
| topic | Festkörperphysik (DE-588)4016921-2 gnd |
| topic_facet | Festkörperphysik Lehrbuch |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008758071&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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