Verfügbarkeit: Introduction to magnetic materials | Technische Universität München

Introduction to magnetic materials:

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Bibliographische Detailangaben
Beteiligte Personen:	Cullity, Bernard D. (VerfasserIn), Graham, Chad D. (VerfasserIn)
Format:	Buch
Sprache:	Englisch
Veröffentlicht:	Piscataway, NJ IEEE Press [u.a.] 2009
Ausgabe:	2. ed.
Schlagwörter:	Magnétisme Matériaux magnétiques Magnetic materials Magnetism Magnetwerkstoff Magnetismus Einführung
Links:	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=013325093&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
Umfang:	XVII, 544 S. Ill., graph. Darst.
ISBN:	9780471477419

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adam_text	INTRODUCTION TO MAGNETIC MATERIALS SECOND EDITION B. D. CULLITY UNIVERSITY OF NOTRE DAME * D. GRAHAM UNIVERSITY OF PENNSYLVANIA 4 IEEE PRESS WILEY A JOHN WILEY & SONS, INC., PUBLICATION CONTENTS PREFACE TO THE FIRST EDITION XIII PREFACE TO THE SECOND EDITION XVI 1 DEFINITIONS AND UNITS 1 1.1 INTRODUCTION / 1 1.2 THE CGS- EMU SYSTEM OF UNITS / 2 1.2.1 MAGNETIC POLES / 2 1.3 MAGNETIC MOMENT / 5 1.4 INTENSITY OF MAGNETIZATION / 6 1.5 MAGNETIC DIPOLES / 7 1.6 MAGNETIC EFFECTS OF CURRENTS / 8 1.7 MAGNETIC MATERIALS / 10 1.8 SI UNITS / 16 1.9 MAGNETIZATION CURVES AND HYSTERESIS LOOPS /18 2 EXPERIMENTAL METHODS 23 2.1 INTRODUCTION / 23 2.2 FIELD PRODUCTION BY SOLENOIDS / 24 2.2.1 NORMAL SOLENOIDS / 24 2.2.2 HIGH FIELD SOLENOIDS / 28 2.2.3 SUPERCONDUCTING SOLENOIDS / 31 2.3 FIELD PRODUCTION BY ELECTROMAGNETS /33 2.4 FIELD PRODUCTION BY PERMANENT MAGNETS / 36 V VI CONTENTS 2.5 MEASUREMENT OF FIELD STRENGTH /38 2.5.1 HALL EFFECT / 38 2.5.2 ELECTRONIC INTEGRATOR OR FLUXMETER /39 2.5.3 OTHER METHODS / 41 2.6 MAGNETIC MEASUREMENTS IN CLOSED CIRCUITS / 44 2.7 DEMAGNETIZING FIELDS / 48 2.8 MAGNETIC SHIELDING / 51 2.9 DEMAGNETIZING FACTORS / 52 2.10 MAGNETIC MEASUREMENTS IN OPEN CIRCUITS / 62 2.11 INSTRUMENTS FOR MEASURING MAGNETIZATION / 66 2.11.1 EXTRACTION METHOD / 66 2.11.2 VIBRATING-SAMPLE MAGNETOMETER / 67 2.11.3 ALTERNATING (FIELD) GRADIENT MAGNETOMETER*AFGM OR AGM (ALSO CALLED VIBRATING REED MAGNETOMETER) / 70 2.11.4 IMAGE EFFECT / 70 2.11.5 SQUID MAGNETOMETER / 73 2.11.6 STANDARD SAMPLES / 73 2.11.7 BACKGROUND FIELDS / 73 2.12 MAGNETIC CIRCUITS AND PERMEAMETERS / 73 2.12.1 PERMEAMETER / 77 2.12.2 PERMANENT MAGNET MATERIALS / 79 2.13 SUSCEPTIBILITY MEASUREMENTS / 80 PROBLEMS / 85 3 DIAMAGNETISM AND PARAMAGNETISM 87 3.1 INTRODUCTION / 87 3.2 MAGNETIC MOMENTS OF ELECTRONS / 87 3.3 MAGNETIC MOMENTS OF ATOMS / 89 3.4 THEORY OF DIAMAGNETISM / 90 3.5 DIAMAGNETIC SUBSTANCES / 90 3.6 CLASSICAL THEORY OF PARAMAGNETISM / 91 3.7 QUANTUM THEORY OF PARAMAGNETISM / 99 3.7.1 GYROMAGNETIC EFFECT / 102 3.7.2 MAGNETIC RESONANCE / 103 3.8 PARAMAGNETIC SUBSTANCES / 110 3.8.1 SALTS OF THE TRANSITION ELEMENTS / 110 3.8.2 SALTS AND OXIDES OF THE RARE EARTHS / 110 3.8.3 RARE-EARTH ELEMENTS / 110 3.8.4 METALS /111 3.8.5 GENERAL /111 PROBLEMS / 113 CONTENTS VUE 4 FERROMAGNETISM 115 4.1 INTRODUCTION / 115 4.2 MOLECULAR FIELD THEORY / 117 4.3 EXCHANGE FORCES / 129 4.4 BAND THEORY / 133 4.5 FERROMAGNETIC ALLOYS / 141 4.6 THERMAL EFFECTS / 145 4.7 THEORIES OF FERROMAGNETISM / 146 4.8 MAGNETIC ANALYSIS / 147 PROBLEMS / 149 5 ANTIFERROMAGNETISM 151 5.1 INTRODUCTION / 151 5.2 MOLECULAR FIELD THEORY / 154 5.2.1 ABOVE 7 N / 154 5.2.2 BELOW T N / 156 5.2.3 COMPARISON WITH EXPERIMENT / 161 5.3 NEUTRON DIFFRACTION / 163 5.3.1 ANTIFERROMAGNETIC / 171 5.3.2 FERROMAGNETIC / 171 5.4 RARE EARTHS / 171 5.5 ANTIFERROMAGNETIC ALLOYS / 172 PROBLEMS / 173 6 FERRIMAGNETISM 175 6.1 INTRODUCTION /175 6.2 STRUCTURE OF CUBIC FERRITES / 178 6.3 SATURATION MAGNETIZATION /180 6.4 MOLECULAR FIELD THEORY / 183 6.4.1 ABOVE T C I 184 6.4.2 BELOW T C I 186 6.4.3 GENERAL CONCLUSIONS / 189 6.5 HEXAGONAL FERRITES /190 6.6 OTHER FERRIMAGNETIC SUBSTANCES / 192 6.6.1 Y-FE 2 0 3 / 192 6.6.2 GARNETS / 193 6.6.3 ALLOYS / 193 6.7 SUMMARY: KINDS OF MAGNETISM / 194 PROBLEMS / 195 CONTENTS MAGNETIC ANISOTROPY 197 7.1 INTRODUCTION / 197 7.2 ANISOTROPY IN CUBIC CRYSTALS /198 7.3 ANISOTROPY IN HEXAGONAL CRYSTALS / 202 7.4 PHYSICAL ORIGIN OF CRYSTAL ANISOTROPY / 204 7.5 ANISOTROPY MEASUREMENT / 205 7.5.1 TORQUE CURVES / 206 7.5.2 TORQUE MAGNETOMETERS / 212 7.5.3 CALIBRATION / 215 7.5.4 TORSION-PENDULUM METHOD / 217 7.6 ANISOTROPY MEASUREMENT (FROM MAGNETIZATION CURVES) / 218 7.6.1 FITTED MAGNETIZATION CURVE /218 7.6.2 AREA METHOD / 222 7.6.3 ANISOTROPY FIELD / 226 7.7 ANISOTROPY CONSTANTS / 227 7.8 POLY CRYSTALLINE MATERIALS / 229 7.9 ANISOTROPY IN ANTIFERROMAGNETICS / 232 7.10 SHAPE ANISOTROPY / 234 7.11 MIXED ANISOTROPICS / 237 PROBLEMS / 238 MAGNETOSTRICTION AND THE EFFECTS OF STRESS 241 8.1 INTRODUCTION /241 8.2 MAGNETOSTRICTION OF SINGLE CRYSTALS / 243 8.2.1 CUBIC CRYSTALS / 245 8.2.2 HEXAGONAL CRYSTALS / 251 8.3 MAGNETOSTRICTION OF POLYCRYSTALS / 254 8.4 PHYSICAL ORIGIN OF MAGNETOSTRICTION / 257 8.4.1 FORM EFFECT / 258 8.5 EFFECT OF STRESS ON MAGNETIC PROPERTIES / 258 8.6 EFFECT OF STRESS ON MAGNETOSTRICTION / 266 8.7 APPLICATIONS OF MAGNETOSTRICTION / 268 8.8 AE EFFECT / 270 8.9 MAGNETORESISTANCE / 271 PROBLEMS / 272 DOMAINS AND THE MAGNETIZATION PROCESS 275 9.1 INTRODUCTION / 275 9.2 DOMAIN WALL STRUCTURE / 276 9.2.1 NEEL WALLS / 283 CONTENTS IX 9.3 DOMAIN WALL OBSERVATION / 284 9.3.1 BITTER METHOD / 284 9.3.2 TRANSMISSION ELECTRON MICROSCOPY / 287 9.3.3 OPTICAL EFFECTS / 288 9.3.4 SCANNING PROBE; MAGNETIC FORCE MICROSCOPE / 290 9.3.5 SCANNING ELECTRON MICROSCOPY WITH POLARIZATION ANALYSIS / 292 9.4 MAGNETOSTATIC ENERGY AND DOMAIN STRUCTURE / 292 9.4.1 UNIAXIAL CRYSTALS / 292 9.4.2 CUBIC CRYSTALS / 295 9.5 SINGLE-DOMAIN PARTICLES / 300 9.6 MICROMAGNETICS / 301 9.7 DOMAIN WALL MOTION / 302 9.8 HINDRANCES TO WALL MOTION (INCLUSIONS) / 305 9.8.1 SURFACE ROUGHNESS / 308 9.9 RESIDUAL STRESS / 308 9.10 HINDRANCES TO WALL MOTION (MICROSTRESS) /312 9.11 HINDRANCES TO WALL MOTION (GENERAL) /312 9.12 MAGNETIZATION BY ROTATION /314 9.12.1 PROLATE SPHEROID (CIGAR) /314 9.12.2 PLANETARY (OBLATE) SPHEROID / 320 9.12.3 REMARKS / 321 9.13 MAGNETIZATION IN LOW FIELDS / 321 9.14 MAGNETIZATION IN HIGH FIELDS / 325 9.15 SHAPES OF HYSTERESIS LOOPS / 326 9.16 EFFECT OF PLASTIC DEFORMATION (COLD WORK) / 329 PROBLEMS / 332 10 INDUCED MAGNETIC ANISOTROPY 335 10.1 INTRODUCTION / 335 10.2 MAGNETIC ANNEALING (SUBSTITUTIONAL SOLID SOLUTIONS) / 336 10.3 MAGNETIC ANNEALING (INTERSTITIAL SOLID SOLUTIONS) / 345 10.4 STRESS ANNEALING / 348 10.5 PLASTIC DEFORMATION (ALLOYS) / 349 10.6 PLASTIC DEFORMATION (PURE METALS) / 352 10.7 MAGNETIC IRRADIATION / 354 10.8 SUMMARY OF ANISOTROPICS / 357 X CONTENTS 11 FINE PARTICLES AND THIN FILMS 359 11.1 INTRODUCTION / 359 11.2 SINGLE-DOMAIN VS MULTI-DOMAIN BEHAVIOR / 360 11.3 COERCIVITY OF FINE PARTICLES / 360 11.4 MAGNETIZATION REVERSAL BY SPIN ROTATION / 364 11.4.1 FANNING / 364 11.4.2 CURLING / 368 11.5 MAGNETIZATION REVERSAL BY WALL MOTION / 373 11.6 SUPERPARAMAGNETISM IN FINE PARTICLES / 383 11.7 SUPERPARAMAGNETISM IN ALLOYS / 390 11.8 EXCHANGE ANISOTROPY / 394 11.9 PREPARATION AND STRUCTURE OF THIN FILMS / 397 11.10 INDUCED ANISOTROPY IN FILMS / 399 11.11 DOMAIN WALLS IN FILMS / 400 11.12 DOMAINS IN FILMS / 405 PROBLEMS / 408 12 MAGNETIZATION DYNAMICS 409 12.1 INTRODUCTION / 409 12.2 EDDY CURRENTS / 409 12.3 DOMAIN WALL VELOCITY / 412 12.3.1 EDDY-CURRENT DAMPING / 415 12.4 SWITCHING IN THIN FILMS /418 12.5 TIME EFFECTS / 421 12.5.1 TIME DECREASE OF PERMEABILITY / 422 12.5.2 MAGNETIC AFTER-EFFECT / 424 12.5.3 THERMAL FLUCTUATION AFTER-EFFECT / 426 12.6 MAGNETIC DAMPING / 428 12.6.1 GENERAL / 433 12.7 MAGNETIC RESONANCE / 433 12.7.1 ELECTRON PARAMAGNETIC RESONANCE / 433 12.7.2 FERROMAGNETIC RESONANCE / 435 12.7.3 NUCLEAR MAGNETIC RESONANCE / 436 PROBLEMS /438 13 SOFT MAGNETIC MATERIALS 439 13.1 INTRODUCTION / 439 13.2 EDDY CURRENTS / 440 13.3 LOSSES IN ELECTRICAL MACHINES / 445 13.3.1 TRANSFORMERS / 445 13.3.2 MOTORS AND GENERATORS / 450 CONTENTS XI 13.4 ELECTRICAL STEEL / 452 13.4.1 LOW-CARBON STEEL / 453 13.4.2 NONORIENTED SILICON STEEL / 454 13.4.3 GRAIN-ORIENTED SILICON STEEL / 456 13.4.4 SIX PERCENT SILICON STEEL / 460 13.4.5 GENERAL / 461 13.5 SPECIAL ALLOYS / 463 13.5.1 IRON-COBALT ALLOYS / 466 13.5.2 AMORPHOUS AND NANOCRYSTALLINE ALLOYS / 466 13.5.3 TEMPERATURE COMPENSATION ALLOYS / 467 13.5.4 USES OF SOFT MAGNETIC MATERIALS / 467 13.6 SOFT FERRITES / 471 PROBLEMS / 476 14 HARD MAGNETIC MATERIALS 477 14.1 INTRODUCTION / 477 14.2 OPERATION OF PERMANENT MAGNETS / 478 14.3 MAGNET STEELS / 484 14.4 ALNICO / 485 14.5 BARIUM AND STRONTIUM FERRITE / 487 14.6 RARE EARTH MAGNETS / 489 14.6.1 SMCO 5 / 489 14.6.2 SM 2 CO 17 / 490 14.6.3 FENDB / 491 14.7 EXCHANGE-SPRING MAGNETS / 492 14.8 NITRIDE MAGNETS / 492 14.9 DUCTILE PERMANENT MAGNETS / 492 14.9.1 COBALT PLATINUM / 493 14.10 ARTIFICIAL SINGLE DOMAIN PARTICLE MAGNETS (LODEX) / 493 14.11 BONDED MAGNETS / 494 14.12 MAGNET STABILITY / 495 14.12.1 EXTERNAL FIELDS / 495 14.12.2 TEMPERATURE CHANGES / 496 14.13 SUMMARY OF MAGNETICALLY HARD MATERIALS / 497 14.14 APPLICATIONS / 498 14.14.1 ELECTRICAL-TO-MECHANICAL / 498 14.14.2 MECHANICAL-TO-ELECTRICAL / 501 14.14.3 MICROWAVE EQUIPMENT / 501 14.14.4 WIGGLERS AND UNDULATORS / 501 XII CONTENTS 14.14.5 FORCE APPLICATIONS / 501 14.14.6 MAGNETIC LEVITATION / 503 PROBLEMS / 504 15 MAGNETIC MATERIALS FOR RECORDING AND COMPUTERS 505 15.1 INTRODUCTION / 505 15.2 MAGNETIC RECORDING / 505 15.2.1 ANALOG AUDIO AND VIDEO RECORDING / 505 15.3 PRINCIPLES OF MAGNETIC RECORDING / 506 15.3.1 MATERIALS CONSIDERATIONS / 507 15.3.2 AC BIAS / 507 15.3.3 VIDEO RECORDING / 508 15.4 MAGNETIC DIGITAL RECORDING / 509 15.4.1 MAGNETORESISTIVE READ HEADS / 509 15.4.2 COLOSSAL MAGNETORESISTANCE /511 15.4.3 DIGITAL RECORDING MEDIA /511 15.5 PERPENDICULAR RECORDING /512 15.6 POSSIBLE FUTURE DEVELOPMENTS /513 15.7 MAGNETO-OPTIC RECORDING / 513 15.8 MAGNETIC MEMORY / 514 15.8.1 BRIEF HISTORY / 514 15.8.2 MAGNETIC RANDOM ACCESS MEMORY /515 15.8.3 FUTURE POSSIBILITIES /515 16 MAGNETIC PROPERTIES OF SUPERCONDUCTORS 517 16.1 INTRODUCTION / 517 16.2 TYPE I SUPERCONDUCTORS /519 16.3 TYPE II SUPERCONDUCTORS / 520 16.4 SUSCEPTIBILITY MEASUREMENTS / 523 16.5 DEMAGNETIZING EFFECTS / 525 APPENDIX 1: DIPOLE FIELDS AND ENERGIES 527 APPENDIX 2: DATA ON FERROMAGNETIC ELEMENTS 531 APPENDIX 3: CONVERSION OF UNITS 533 APPENDIX 4: PHYSICAL CONSTANTS 535 INDEX 537
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language	English
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spellingShingle	Cullity, Bernard D. Graham, Chad D. Introduction to magnetic materials Magnétisme ram Matériaux magnétiques ram Magnetic materials Magnetism Magnetwerkstoff (DE-588)4136920-8 gnd Magnetismus (DE-588)4037021-5 gnd
subject_GND	(DE-588)4136920-8 (DE-588)4037021-5 (DE-588)4151278-9
title	Introduction to magnetic materials
title_auth	Introduction to magnetic materials
title_exact_search	Introduction to magnetic materials
title_full	Introduction to magnetic materials B. D. Cullity ; C. D. Graham
title_fullStr	Introduction to magnetic materials B. D. Cullity ; C. D. Graham
title_full_unstemmed	Introduction to magnetic materials B. D. Cullity ; C. D. Graham
title_short	Introduction to magnetic materials
title_sort	introduction to magnetic materials
topic	Magnétisme ram Matériaux magnétiques ram Magnetic materials Magnetism Magnetwerkstoff (DE-588)4136920-8 gnd Magnetismus (DE-588)4037021-5 gnd
topic_facet	Magnétisme Matériaux magnétiques Magnetic materials Magnetism Magnetwerkstoff Magnetismus Einführung
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=013325093&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT cullitybernardd introductiontomagneticmaterials AT grahamchadd introductiontomagneticmaterials

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Bestandsangaben von Teilbibliothek Maschinenwesen
Signatur:	0702 PHY 730 2010 B 991(2) Lageplan
Exemplar 1	Ausleihbar Ausgeliehen – Rückgabe bis: 30.09.2025