Holdings: Modern magnetic materials

Modern magnetic materials: principles and applications

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Bibliographic Details
Main Author:	O'Handley, Robert C. (Author)
Format:	Book
Language:	English
Published:	New York [u.a.] Wiley 2000
Series:	A Wiley-Interscience publication
Subjects:	Magnetismus Magnetwerkstoff
Online Access:	Inhaltsverzeichnis
Physical Description:	XXVII, 740 S. Ill., graph. Darst.
ISBN:	9780471155669

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MARC


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Record in the Search Index

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adam_text	MODERN MAGNETIC MATERIALS PRINCIPLES AND APPLICATIONS ROBERT C. O HANDLEY MASSACHUSETTS INSTITUTE OF TECHNOLOGY A WILEY-LNTERSCIENCE PUBLICATION JOHN WILEY & SONS, INC. NEW YORK / CHICHESTER / WEINHEIM / BRISBANE / SINGAPORE / TORONTO CONTENTS PREFACE XVII ACKNOWLEDGMENTS XXI SYMBOLS XXIII ABOUT THE AUTHOR XXVII 1 INTRODUCTION AND OVERVIEW 1 1.1 INTRODUCTION / 1 1.2 OBSERVATIONS RELATED TO MAGNETIC FIELDS / 3 1.2.1 FIELD OF A CURRENT-CARRYING WIRE / 3 1.2.2 FIELD OF A SOLENOID / 3 1.2.3 VOLTAGE INDUCED IN A COIL / 4 1.3 QUANTITATIVE DESCRIPTION OF MAGNETIC FIELDS / 5 1.3.1 CONSTITUTIVE RELATIONS / 5 1.3.2 MAXWELL S EQUATIONS / 7 1.4 MAGNETISM AND CURRENTS / 10 1.4.1 MAGNETIC FIELD ABOUT A STRAIGHT CURRENT-CARRYING WIRE / 10 1.4.2 MOMENT OF A CURRENT LOOP / 12 1.4.3 ORIGIN OF ATOMIC MOMENTS / 14 1.5 TYPES OF MAGNETISM / 15 1.5.1 WEAK MAGNETISM / 16 1.5.2 FERROMAGNETISM / 17 VII VIM CONTENTS 1.5.3 ANTIFERROMAGNETISM AND FERRIMAGNETISM / 19 1.6 TECHNICAL MAGNETIC MATERIALS / 20 1.6.1 B-H LOOPS AND MAGNETIC DOMAINS / 21 1.6.2 SOFT MAGNETIC MATERIALS / 21 1.6.3 HARD MAGNETIC MATERIALS / 22 1.6.4 RECORDING MEDIA / 22 1.7 GENERIC APPLICATIONS / 23 1.7.1 INDUCTORS AND TRANSFORMERS / 23 1.7.2 SHIELDING / 25 1.8 SUMMARY / 26 APPENDIX: GAUSS AND STOKES THEOREMS / 27 2 MAGNETOSTATICS 29 2.1 OBSERVATION OF MAGNETOSTATIC EFFECTS / 29 2.2 BOUNDARY CONDITIONS ON B AND H / 33 2.2.1 FLUX DENSITY / 34 2.2.2 FIELD INTENSITY / 34 2.3 DEMAGNETIZING FIELDS AND FACTORS / 38 2.4 MAGNETIZATION CURVES / 43 2.5 MAGNETOSTATIC ENERGY AND THERMODYNAMICS / 47 2.6 ANALYTIC MAGNETOSTATICS / 51 2.6.1 THE MAGNETOSTATIC POTENTIAL / 51 2.6.2 UNIFORMLY MAGNETIZED SPHERE / 53 2.6.3 FIELD DUE TO PERIODIC SURFACE POLES / 55 2.7 SUMMARY AND EXAMPLES / 57 APPENDIX: MAGNETIC CIRCUITS / 58 3 CLASSICAL AND QUANTUM PHENOMENOLOGY OF MAGNETISM 65 3.1 ORBITAL ANGULAR MOMENTUM AND ORBITAL MAGNETIC MOMENTS / 65 3.2 CLASSICAL DIAMAGNETISM / 68 3.3 CLASSICAL PARAMAGNETISM / 73 3.4 MAGNETISM AND SPECTROSCOPY / 77 3.5 QUANTUM MECHANICS AND MAGNETISM / 80 3.5.1 SPIN / 81 3.5.2 SPIN-ORBIT INTERACTION / 86 3.5.3 HUND S RULES / 88 3.6 QUANTUM PARAMAGNETISM AND DIAMAGNETISM / 89 3.6.1 PAULI PARAMAGNETISM / 93 3.6.2 QUANTUM DIAMAGNETISM / 95 CONTENTS IX 3.7 FERROMAGNETISM / 96 3.7.1 MAGNETIZATION AT LOW TEMPERATURE: SPIN WAVES / 100 3.7.2 CURIE TEMPERATURE DETERMINATION / 102 3.8 SUMMARY / 104 APPENDIX: LINEAR AND ANGULAR MOTION / 105 QUANTUM MECHANICS, MAGNETISM, AND EXCHANGE IN ATOMS AND OXIDES 109 4.1 EXCHANGE INTERACTIONS / 110 4.1.1 INTERACTING ELECTRONS / 110 4.1.2 PAULI EXCLUSION PRINCIPLE / 111 4.1.3 NONINTERACTING, INDISTINGUISHABLE ELECTRONS / 114 4.1.4 ELECTRON-ELECTRON INTERACTIONS / 115 4.1.5 HYDROGEN MOLECULE ION, H + / 116 4.1.6 HEISENBERG HAMILTONIAN / 119 4.2 MOLECULAR FIELD THEORY / 120 4.3 MAGNETISM IN OXIDES: SUPEREXCHANGE / 123 4.3.1 SUPEREXCHANGE / 124 4.3.2 IRON OXIDES / 125 4.3.3 SPINEL STRUCTURE / 126 4.3.4 FERRITE MOMENTS / 127 4.3.5 SITE PREFERENCE / 129 4.4 TEMPERATURE DEPENDENCE OF MAGNETIZATION IN FERRIMAGNETS / 131 4.5 SUMMARY / 135 APPENDIX: BRIEF REVIEW OF QUANTUM MECHANICS AND SCHRODINGER S EQUATION / 135 4A.1 EIGENVALUE EQUATIONS / 135 4A.2 UNCERTAINTY AND WAVEPACKETS / 137 4A.3 SCHRODINGER S EQUATION / 138 QUANTUM MECHANICS, MAGNETISM, AND BONDING IN METALS 143 5.1 SLATER-PAULING CURVE / 144 5.2 RIGID-BAND MODEL / 150 5.3 VIRTUAL BOUND STATES AND THE SPLIT-BAND MODEL / 154 5.4 ELECTRONIC STRUCTURE OF TRANSITION METALS / 161 5.5 MAGNETIC PRESSURE / 166 5.6 INDIRECT EXCHANGE / 172 5.7 SUMMARY / 175 X CONTENTS 6 MAGNETIC ANISOTROPY 179 6.1 OBSERVATIONS / 179 6.2 PHENOMENOLOGY OF ANISOTROPY / 183 6.2.1 UNIAXIAL ANISOTROPY / 183 6.2.2 CUBIC ANISOTROPY / 188 6.3 PHYSICAL ORIGIN OF ANISOTROPY / 194 6.3.1 CRYSTAL FIELD SYMMETRY AND SPIN-ORBIT INTERACTION / 194 6.3.2 PAIR INTERACTION MODEL / 196 6.3.3 CRYSTAL FIELD SPLITTING / 198 6.4 TEMPERATURE DEPENDENCE / 202 6.5 MEASUREMENT OF ANISOTROPY / 210 6.6 SUMMARY / 212 APPENDIX: SYMMETRY / 213 7 MAGNETOELASTIC EFFECTS 218 7.1 OBSERVATIONS / 218 7.2 PHENOMENOLOGY / 229 7.3 MAGNETOELASTIC CONTRIBUTION TO ANISOTROPY / 235 7.4 A EFFECT AND THERMODYNAMICS OF MAGNETOMECHANICAL COUPLING / 240 7.5 SYMMETRY-INVARIANT NOTATION / 244 7.6 TEMPERATURE DEPENDENCE / 248 7.7 MEASUREMENT TECHNIQUES / 253 7.8 SUMMARY / 258 APPENDIX 7A: FIELD-INDUCED STRAIN IN FERROMAGNETIC SHAPE MEMORY ALLOYS / 259 APPENDIX 7B: REVIEW OF ELASTICITY / 264 8 MAGNETIC DOMAIN WALLS AND DOMAINS 274 8.1 INTRODUCTION / 274 8.1.1 RELEVANT ENERGY DENSITIES / 274 8.1.2 180 DOMAIN WALL: SIMPLE MODEL / 276 8.2 MICROMAGNETICS OF DOMAIN WALLS / 280 8.3 MAGNETOSTATIC EFFECTS ON DOMAIN WALLS / 285 8.3.1 90 WALLS / 286 8.3.2 NEEL WALLS / 288 8.3.3 CROSS-TIE WALLS / 292 CONTENTS XI 8.3.4 DOMAIN WALLS IN ULTRATHIN FILMS / 293 8.4 DOMAIN WALLS NEAR INTERFACES: THE EXCHANGE LENGTH / 294 8.5 MAGNETIC DOMAINS / 296 8.5.1 UNIAXIAL WALL SPACING / 298 8.5.2 CLOSURE DOMAINS / 301 8.6 DOMAINS IN FINE PARTICLES / 303 . 8.7 DOMAINS IN POLYCRYSTALLINE MATERIALS / 308 8.8 SUMMARY / 308 9 MAGNETIZATION PROCESS 313 9.1 UNIAXIAL MAGNETIZATION / 313 9.1.1 HARD-AXIS MAGNETIZATION / 314 9.1.2 EASY-AXIS MAGNETIZATION / 316 9.2 FIELD AT ARBITRARY ORIENTATION TO UNIAXIAL EASY AXIS / 319 9.2.1 STONER-WOHLFARTH PROBLEM / 319 9.2.2 MAGNETIZATION CHANGE BY CURLING / 321 9.2.3 FREE DOMAIN WALLS / 325 9.2.4 APPROACH TO SATURATION / 326 9.3 DOMAIN WALL PINNING AND COERCIVITY / 328 9.3.1 LARGE FUZZY DEFECTS / 329 9.3.2 MICROMAGNETIC THEORY FOR WELL-DEFINED DEFECTS / 331 9.3.3 EXAMPLES / 332 9.3.4 ADDITIONAL ANISOTROPY / 337 9.4 AC PROCESSES / 338 9.4.1 CLASSICAL EDDY-CURRENT LOSS / 339 9.4.2 EDDY-CURRENT LOSS ABOUT A SINGLE DOMAIN WALL / 341 9.4.3 MULTIPLE DOMAIN WALLS / 346 9.5 MICROWAVE MAGNETIZATION DYNAMICS AND FERROMAGNETIC RESONANCE / 347 9.6 SUMMARY / 353 10 SOFT MAGNETIC MATERIALS 357 10.1 IRON AND MAGNETIC STEELS / 358 10.1.1 IRON AND SILICON STEELS / 359 10.1.2 SENDUST / 366 10.2 IRON-NICKEL ALLOYS (PERMALLOYS) / 367 10.2.1 78% NI PERMALLOYS / 368 10.2.2 OTHER PERMALLOYS / 371 10.2.3 ZERO-MAGNETOSTRICTION COMPOSITIONS / 372 XII CONTENTS 10.3 IRON-COBALT ALLOYS (PERMENDUR) / 374 10.4 AMORPHOUS ALLOYS / 376 10.4.1 HIGH-INDUCTION AMORPHOUS ALLOYS / 377 10.4.2 OTHER AMORPHOUS ALLOYS / 380 10.5 SOFT FERRITES / 383 10.6 SUMMARY / 385 11 AMORPHOUS MATERIALS: MAGNETISM AND DISORDER 391 11.1 INTRODUCTION / 391 11.2 STRUCTURE AND FUNDAMENTAL MAGNETIC PROPERTIES / 393 11.2.1 ATOMIC STRUCTURE / 393 11.2.2 MAGNETIC MOMENTS AND CURIE TEMPERATURES / 395 11.2.3 MAGNETIC ANISOTROPY AND MAGNETOSTRICTION / 400 11.3 DOMAINS AND TECHNICAL PROPERTIES OF AMORPHOUS ALLOYS / 400 11.3.1 DOMAINS / 400 11.3.2 COERCIVITY / 400 11.4 MAGNETISM AND SHORT-RANGE ORDER / 402 11.4.1 INGREDIENTS OF SHORT-RANGE ORDER / 402 11.4.2 EXCHANGE FLUCTUATIONS / 403 11.4.3 RANDOM ANISOTROPY / 405 11.4.4 DISPERSED-MOMENT STRUCTURES / 408 11.4.5 INDUCED ANISOTROPY / 410 11.5 ELECTRONIC STRUCTURE / 412 11.5.1 SPLIT D BANDS AND P-D BONDS / 413 11.5.2 MODELING MAGNETIC MOMENT VARIATIONS / 417 11.5.3 ELECTRON TRANSPORT / 419 11.6 APPLICATIONS / 421 11.6.1 DISTRIBUTION TRANSFORMERS / 422 11.6.2 ELECTRONIC ARTICLE SURVEILLANCE SENSORS / 422 11.7 SUMMARY / 424 APPENDIX: MAGNETISM IN QUASICRYSTALS / 425 12 MAGNETISM IN SMALL STRUCTURES: EXCHANGE COUPLING AND NANOCRYSTALS 432 12.1 REVIEW / 434 12.1.1 SINGLE DOMAIN PARTICLES / 435 12.1.2 SUPERPARAMAGNETISM / 436 12.1.3 RANDOM ANISOTROPY / 436 CONTENTS XIII 12.2 EXCHANGE COUPLING / 437 12.2.1 FERROMAGNETIC-ANTIFERROMAGNETIC EXCHANGE COUPLING / 437 12.2.2 FERROMAGNETIC-FERROMAGNETIC COUPLING / 449 12.2.3 OSCILLATORY EXCHANGE COUPLING / 452 12.2.4 RANDOM ANISOTROPY IN NANOSTRUCTURED MATERIALS / 455 12.3 NANOSTRUCTURED MAGNETIC MATERIALS / 456 12.3.1 PROCESSING OF MAGNETIC NANOSTRUCTURES / 456 12.3.2 EXAMPLES OF NANOCRYSTALLINE ALLOYS / 456 12.4 SUMMARY / 466 13 HARD MAGNETIC MATERIALS 469 13.1 INTRODUCTION / 469 13.2 ALNICO AND FECRCO MAGNETS: SPINODAL DECOMPOSITION / 476 13.2.1 ALNICO / 476 13.2.2 FE-CR-CO / 484 13.3 HEXAGONAL FERRITES AND OTHER OXIDE MAGNETS / 485 13.4 RARE EARTH-TRANSITION METAL INTERMETALLICS / 491 13.4.1 COBALT/RARE-EARTH MAGNETS / 496 13.5 RARE-EARTH INTERMETALLICS BASED ON FE^NDZBI / 503 13.6 OTHER PERMANENT MAGNETS / 511 13.7 ANALYSIS AND SUMMARY / 512 14 MAGNETIC ANNEALING AND DIRECTIONAL ORDER 517 14.1 INTRODUCTION / 517 14.2 MECHANISMS OF FIELD ANNEALING / 519 14.3 DIRECTED-PAIR ANISOTROPY / 521 14.3.1 PAIR INTERACTION ENERGIES: ISOTROPIC AND ANISOTROPIC / 521 14.3.2 FIELD-INDUCED ANISOTROPY / 524 14.4 MAGNETIC AFTEREFFECTS / 528 14.5 STRESS ANNEALING / 536 14.6 MORE ON MECHANISM OF ANISOTROPY / 536 14.7 FIELD-INDUCED ANISOTROPY IN AMORPHOUS ALLOYS / 537 14.8 MICROSTRUCTURAL EFFECTS / 539 14.8.1 RELEVANT ENERGIES / 541 14.8.2 COARSENING / 544 14.9 SUMMARY / 546 APPENDIX: ORDER-DISORDER TRANSFORMATIONS / 547 XIV CONTENTS 15 ELECTRONIC TRANSPORT IN MAGNETIC MATERIALS 557 15.1 INTRODUCTION / 557 15.1.1 OBSERVATIONS / 558 15.2 ELECTRICAL RESISTIVITY / 560 15.2.1 TWO-CURRENT MODEL FOR TRANSITION METALS / 562 15.2.2 IMPURITIES / 563 15.2.3 TEMPERATURE DEPENDENCE / 565 15.3 GALVANOMAGNETIC EFFECTS / 567 15.3.1 NONMAGNETIC MATERIALS: ORDINARY HALL EFFECT AND MAGNETORESISTANCE / 567 15.3.2 GALVANOMAGNETIC EFFECTS IN FERROMAGNETIC MATERIALS / 569 15.3.3 MECHANISM OF AMR / 579 15.4 GIANT MAGNETORESISTANCE / 584 15.4.1 MECHANISM OF GMR / 588 15.5 APPLICATIONS / 594 15.5.1 SPIN VALVES / 594 15.5.2 SPIN SWITCHES / 598 15.6 SPIN TUNNELING / 602 15.7 MAGNETIC OXIDES AND PHASE TRANSFORMATIONS: COLOSSAL MR / 609 15.8 SUMMARY / 614 16 SURFACE AND THIN-FILM MAGNETISM 619 16.1 ELECTRONIC STRUCTURE AT SURFACES / 620 16.2 SURFACE LATTICE CONSTANT RELAXATION / 624 16.3 STRAIN IN MAGNETIC THIN FILMS / 625 *^L_ 16.4 METASTABLE PHASES / 628 16.5 SECONDARY ELECTRON SPIN POLARIZATION / 630 16.6 SURFACE MAGNETIC ANISOTROPY / 635 16.6.1 IRON FILMS / 636 16.6.2 COBALT FILMS / 640 16.6.3 NICKEL FILMS / 642 16.6.4 MAGNETOELASTIC COUPLING IN THIN FILMS / 644 16.7 MAGNETIC DOMAINS IN THIN FILMS / 647 16.7.1 SCANNING ELECTRON MICROSCOPY WITH POLARIZATION ANALYSIS (SEMPA) / 647 16.7.2 MAGETIC FORCE MICROSCOPY (MFM) / 649 CONTENTS XV 16.8 INHOMOGENEOUS MAGNETIZATION IN FILMS / 657 16.8.1 MAGNETIZATION VARIATIONS NORMAL TO THE FILM SURFACE / 657 16.8.2 MAGNETIZATION CONFIGURATIONS WITH TWO PERPENDICULAR-ANISOTROPY SURFACES / 660 16.8.3 MAGNETIZATION VARIATIONS IN THE FILM PLANE: RIPPLE DOMAINS / 662 16.9 SUMMARY / 665 APPENDIX: STRESS IN THIN FILMS ON SUBSTRATES / 667 17 MAGNETIC RECORDING 674 17.1 INTRODUCTION / 674 17.2 MAGNETIC RECORDING OVERVIEW / 676 17.2.1 THE WRITE HEAD / 677 17.2.2 THE RECORDING MEDIUM / 679 17.2.3 THE READ HEAD / 684 17.2.4 MATERIAL REQUIREMENTS / 685 17.2.5 LONGITUDINAL VERSUS PERPENDICULAR RECORDING / 685 17.3 PARTICULATE RECORDING MEDIA / 687 17.3.1 GAMMA FERRIC OXIDE / 689 17.3.2 CO 2+ Y-FE 2 O 3 / 691 17.3.3 CRO 2 / 691 17.3.4 METAL PARTICLES / 692 17.3.5 BARIUM FERRITE / 693 17.4 THIN-FILM RECORDING MATERIALS / 693 17.4.1 NOISE IN THIN-FILM MEDIA / 694 17.4.2 LONGITUDINAL THIN-FILM MEDIA / 696 17.4.3 PERPENDICULAR MEDIA / 699 17.5 RECORDING HEADS / 700 17.5.1 INDUCTIVE HEADS / 700 17.5.2 MAGNETORESISTIVE HEADS / 704 17.5.3 SPIN-VALVE READ HEADS / 710 17.6 MAGNETIC RANDOM ACCESS MEMORIES / 713 17.6.1 FERRITE RING CORE MEMORIES / 713 17.6.2 THIN-FILM, HIGH-DENSITY MRAM / 714 17.7 OUTLOOK AND FUNDAMENTAL LIMITS TO RECORDING / 716 XVI CONTENTS 17.7.1 FUNDAMENTAL LIMITS / 718 17.7.2 PATTERNED MEDIA / 720 17.8 SUMMARY / 720 APPENDIX A: TABLE OF CONSTANTS 725 APPENDIX B: CONVERSION FACTORS AND USEFUL RELATIONS 726 INDEX 727
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spelling	O'Handley, Robert C. Verfasser aut Modern magnetic materials principles and applications Robert C. O'Handley New York [u.a.] Wiley 2000 XXVII, 740 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier A Wiley-Interscience publication Magnetismus (DE-588)4037021-5 gnd rswk-swf Magnetwerkstoff (DE-588)4136920-8 gnd rswk-swf Magnetismus (DE-588)4037021-5 s DE-604 Magnetwerkstoff (DE-588)4136920-8 s GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008882407&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	O'Handley, Robert C. Modern magnetic materials principles and applications Magnetismus (DE-588)4037021-5 gnd Magnetwerkstoff (DE-588)4136920-8 gnd
subject_GND	(DE-588)4037021-5 (DE-588)4136920-8
title	Modern magnetic materials principles and applications
title_auth	Modern magnetic materials principles and applications
title_exact_search	Modern magnetic materials principles and applications
title_full	Modern magnetic materials principles and applications Robert C. O'Handley
title_fullStr	Modern magnetic materials principles and applications Robert C. O'Handley
title_full_unstemmed	Modern magnetic materials principles and applications Robert C. O'Handley
title_short	Modern magnetic materials
title_sort	modern magnetic materials principles and applications
title_sub	principles and applications
topic	Magnetismus (DE-588)4037021-5 gnd Magnetwerkstoff (DE-588)4136920-8 gnd
topic_facet	Magnetismus Magnetwerkstoff
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008882407&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT ohandleyrobertc modernmagneticmaterialsprinciplesandapplications

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