Verfügbarkeit: High temperature superconducting magnetic levitation

High temperature superconducting magnetic levitation:

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Bibliographische Detailangaben
Hauptverfasser:	Wang, Jia-Su (VerfasserIn), Wang, Su-Yu (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Berlin De Gruyter [2018] Beijing Peking University Press [2018]
Schlagworte:	Magnetschwebetechnik Hochtemperatursupraleitung
Online-Zugang:	Inhaltsverzeichnis http://www.degruyter.com/search?f_0=isbnissn&q_0=9783110538182&searchTitles=true Inhaltsverzeichnis
Beschreibung:	xiii, 388 Seiten Illustrationen 25 cm
ISBN:	9783110538182 3110538180

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Datensatz im Suchindex

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adam_text	CONTENTS PREFACE* XI JIA-SU WANG AND SU-YU WANG 1 FUNDAMENTALS OF SUPERCONDUCTIVITY * 1 1.1 INTRODUCTION * 1 1.2 DISCOVERY OF SUPERCONDUCTIVITY * 2 1.3 MEISSNER-OCHSENFELD EFFECTS* 3 1.4 SUPERCONDUCTING THERMODYNAMICS * 5 1.5 LONDON EQUATIONS * 7 1.6 PENETRATION DEPTH * 8 1.7 COHERENCE LENGTH * 9 1.8 CRITICAL CURRENT DENSITIES * 11 1.9 CRITICAL MAGNETIC FIE LD S * 12 1.10 TYPE I SUPERCONDUCTORS * 14 1.11 TYPE II SUPERCONDUCTORS * 14 1.12 SPECIFIC CHARACTERISTICS OF HTSC * 16 JIA-SU WANG AND SU-YU WANG 2 SUPERCONDUCTING MATERIALS * 21 2.1 ITS MATERIALS * 21 2.2 ITS BULK MATERIALS ----- 24 2.3 HTS MATERIALS ----- 24 2.4 HTS BULK MATERIALS * 28 2.4.1 SINTERING HTS BULK MATERIALS * 28 2.4.2 MELT PROCESS HTS BULK MATERIALS ----- 30 2.4.3 DEVELOPMENTS OF HTS BULK MATERIALS * 32 2.5 THERMAL PROPERTIES OF HTS BULK ----- 36 2.5.1 SPECIFIC HEAT * 36 2.5.2 THERMAL CONDUCTIVITY ----- 39 2.5.3 THERMAL EXPANSION * 40 2.6 MECHANICAL PROPERTIES OF HTS BULK * 42 2.7 TRAPPED FLUXES IN HTS BULK ------- 45 JIA-SU WANG AND SU-YU WANG 3 MAGNETIC LEVITATION * 59 3.1 INTRODUCTION * 59 3.2 RAIL TRAFFIC - THE MAINSTREAM OF THE 21ST-CENTURY TRANSPORTATION 3.3 DEVELOPMENTS IN RAILWAY TRAFFIC * 61 3.4 LEVITATION PHENOMENON * 64 3.5 MAGNETIC LEVITATION * 66 3.6 PERMANENT MAGNET MAGLEV * 68 3.7 NORMAL-CONDUCTIVE MAGLEV * 74 JIA-SU WANG AND SU-YU WANG 4 SUPERCONDUCTING MAGNETIC LEVITATION * 87 4.1 INTRODUCTION * 87 4.2 LTS MAGLEV ----- 88 4.3 LTS MAGLEV TRAIN ----- 93 4.4 HTS MAGLEV ----- 96 4.5 HTS WIRE MAGLEV TRAIN * 98 4.6 HTS BULK MAGLEV * 101 4.7 HTS BULK MAGLEV TRAIN * 103 4.7.1 UNIQUE ADVANTAGES OF HTS BULK MAGLEV * 103 4.7.2 MODERATE-/LOW-SPEED HTS MAGLEV TRAINS * 104 4.7.3 ULTRA-HIGH-SPEED HTS MAGLEV TRAINS * 109 SU-YU WANG, JIA-SU WANG, YI-YUN LU, AND WEI LIU 5 HTS MAGLEV EXPERIMENTAL METHODS AND SET-UP * 119 5.1 INTRODUCTION * 119 5.2 KEY COMPONENTS * 121 5.2.1 PERMANENT MAGNET GUIDEWAY (PM6) * 121 5.2.2 LIQUID NITROGEN VESSEL WITH THIN BOTTOM * 121 5.3 HTS MAGLEV MEASUREMENT SYSTEM * 124 5.4 GUIDANCE FORCES OF THE HTS MAGLEV VEHICLE * 127 5.5 MEASUREMENT SYSTEM WITH MORE FUNCTIONS AND HIGHER PRECISION 5.5.1 SYSTEM DESCRIPTION * 129 5.5.2 THE FUNCTION AND TECHNICAL SPECIFICATION * 130 5.5.3 MEASUREMENT PRECISION CALIBRATION * 131 5.5.4 MEASUREMENT RESULTS OF HTS MAGLEV PROPERTIES * 135 5.6 HTS MAGLEV DYNAMIC MEASUREMENT SYSTEM * 138 5.6.1 SYSTEM DESCRIPTION * 138 5.6.2 THE FUNCTION AND TECHNICAL SPECIFICATION * 140 5.6.3 STABILITY OF DYNAMIC TEST SYSTEM * 141 5.6.4 MEASUREMENTS OF HTS MAGLEV PROPERTIES * 143 5.7 HTS MAGLEV BEARING MEASUREMENT SYSTEM * 145 JIA-SU WANG AND SU-YU WANG 6 FIRST MANNED HTS MAGLEV VEHICLE IN THE WORLD * 151 6.1 INTRODUCTION * 151 6.2 HTS MAGLEV IN NATIONAL 863 PROGRAM * 152 6.3 LEVITATION FORCES OF HTS BULK ABOVE PMG * 154 6.3.1 LEVITATION FORCES OF SINGLE HTS BULK ABOVE PMG * 154 6.3.2 LEVITATION FORCES OF A FOUR-HTS-BULK ARRAY * 156 6.3.3 LEVITATION FORCES OF SEVEN-HTS BULKS ARRAY * 157 6.3.4 COMPARISON OF LEVITATION FORCES PER UNIT LENGTH * 159 6.3.5 LEVITATION FORCES OF MULTIPLE-SEEDED MELT-GROWTH YBCO BULK * 159 6.4 LEVITATION STIFFNESS * 160 6.5 LEVITATION FORCES VS. TEMPERATURE * 161 6.6 LEVITATION FORCES VS. TRAPPED FLUX * 165 6.7 GUIDANCE FORCES OF HTS BULKS OVER PMG * 166 6.7.1 GUIDANCE FORCES OF HTS BULKS OVER SINGLE PMG * 166 6.7.2 GUIDANCE FORCES OF YBCO BULKS OVER TWO PARALLEL PMG * 169 6.7.3 GUIDANCE FORCES OF MULTIPLE SEEDED MELT GROWTH YBCO * 172 6.7.4 INFLUENCE OF TWO TILTED PMG ON THE GUIDANCE FORCES * 172 6.8 GUIDANCE FORCES STIFFNESS * 173 6.9 INFLUENCE OF HTS BULK GEOMETRY ON THE PROPERTIES * 174 6.9.1 INFLUENCE OF HTS BULK SHAPE ON THE PROPERTIES * 174 6.9.2 INFLUENCE OF HTS BULK SIZE ON THE PROPERTIES * 176 6.9.3 INFLUENCE OF HTS BULK THICKNESS ON THE PROPERTIES * 178 6.10 LEVITATION FORCES AND GUIDANCE FORCES OF RING HTS BULKS * 181 6.11 EARLY SCHEME CONSIDERATION * 182 6.12 MAGLEV OF HTS BULK ABOVE MAGNETS * 183 6.13 MAGLEV VEHICLE USING HTS PMS * 185 6.14 PERMANENT MAGNET GUIDEWAY * 190 6.15 ON-BOARD HTS MAGLEV EQUIPMENT * 192 6.16 EXPERIMENTAL RESULTS OF THE ON-BOARD MAGLEV EQUIPMENT * 193 6.17 FIRST MANNED HTS MAGLEV VEHICLE IN THE WORLD - * CENTURY* * 198 6.18 GUIDANCE FORCES OF THE ENTIRE HTS MAGLEV VEHICLE * 203 6.19 LONG-TERM STABILITY OF THE HTS MAGLEV VEHICLE IN 2001-2003 * 208 6.20 LONG-TERM STABILITY OF YBCO BULKS IN 2001-2009 * 210 GUANG-TONG MA AND YI-YUN LU 7 NUMERICAL SIMULATIONS OF HTS MAGLEV * 217 7.1 INTRODUCTION * 217 7.2 MAXWELL S EQUATIONS * 218 7.2.1 AMPERES LAW WITH MAXWELLS ADDITION * 218 7.2.2 FARADAYS LAW 219 7.2.3 GAUSSS LAW 219 7.2.4 CONSERVATION OF MAGNETIC FLUX DENSITY * 220 7.3 MACROSCOPIC ELECTROMAGNETIC PROPERTIES OF HTSC * 220 7.3.1 NONLINEAR CONSTITUTIVE EQUATION * 220 7.3.2 ANISOTROPY ----- 222 7.4 CALCULATION OF THE MAGNETIC FIELD OF PMG * 222 7.4.1 TWO-DIMENSIONAL CASE * 222 7.4.2 THREE-DIMENSIONAL CASE * 223 7.5 TWO-DIMENSIONAL MODELINGS AND SIMULATIONS ----- 226 7.5.1 PRIGOZHINS MODEL 226 7.5.2 GENERALIZED MAGNETIC VECTOR POTENTIAL * 230 7.6 THREE-DIMENSIONAL MODELING AND SIMULATIONS * 240 7.6.1 H-FORMULATION * 240 7.6.2 7 METHOD ----- 246 JUN ZHENG, ZI-GANG DENG, JIA-SU WANG, AND SU-YU WANG 8 NEW PROGRESS OF HTS MAGLEV VEHICLE * 261 8.1 INTRODUCTION * 261 8.2 DYNAMIC CHARACTERISTICS * 263 8.2.1 VIBRATION PERFORMANCE * 263 8.2.2 DYNAMIC MAGLEV CHARACTERISTICS UNDER MOVING APPLIED MAGNETIC FIE LD ----- 270 8.2.3 LEVITATION PERFORMANCE AT DIFFERENT WORKING TEMPERATURES * 275 8.3 METHODS TO IMPROVE MAGLEV PERFORMANCES * 281 8.3.1 PRE-LOADING METHOD * 281 8.3.2 MAGNETIZATION PROCESS * 285 8.3.3 AN ON-BOARD DOUBLE-LAYERED HTSC ARRAY * 291 8.3.4 A LAYING MODE USING THE C-AXIS ORIENTATION OF BULK HTSC * 295 8.3.5 INTRODUCTION OF FERROMAGNETIC MATERIALS * 299 8.4 SOME DEVELOPED DESIGNS OF THE HTS MAGLEV VEHICLE SYSTEM * 302 8.4.1 MULTI-POLE PM GUIDEWAY STRUCTURE * 302 8.4.2 A T-SHAPED HTS MAGLEV MONORAIL SYSTEM * 308 8.4.3 AN ASYMMETRIC HTS MAGLEV CURVE DESIGN * 311 8.5 NEW DEVELOPMENTS IN HTS MAGLEV VEHICLE SYSTEM * 314 8.5.1 AN 8-M-DIAMETER PM GUIDEWAY TEST LINE * 314 8.5.2 A 45-M-LONG HTS MAGLEV RING TEST LINE * SUPER-MAGLEV* * 317 8.5.3 ETTHTS MAGLEV ----- 319 ZI-GANG DENG, QUN-XU LIN, WEI LIU, JIA-SU WANG, AND SU-YU WANG 9 HTS MAGLEV BEARING AND FLYWHEEL ENERGY STORAGE SYSTEM * 325 9.1 INTRODUCTION ----- 325 9.2 CHARACTERISTICS OF HTSB * 327 9.2.1 AXIAL STIFFNESS CHARACTERISTICS OF HTSB * 329 9.2.2 CALCULATION METHOD OF RADIAL STIFFNESS * 332 9.2.3 DEFLECTION ANGLE STIFFNESS * 335 9.3 APPLICATION OF HTSB ----- 336 9.3.1 TYPICAL APPLICATIONS * 336 9.3.2 LIQUID NITROGEN PUMP * 338 9.3.3 FUTURE DEVELOPMENT OF HTSB * 343 9.4 HTS FESS PRINCIPLE MODEL ------ 343 9.4.1 INTRODUCTION OF FESS ----- 343 9.4.2 HTS MAGLEV FESS ----- 346 9.4.3 DOUBLE ASBS SYSTEM ----- 348 9.4.4 FESS MODEL WITH DOUBLE ASBS ----- 350 9.5 DEVELOPMENT OF A 5-KWH HTS FESS PROTOTYPE * 352 9.5.1 DESIGN AND CONSTITUTION * 352 9.5.2 HTS MAGLEV BEARING ----- 353 9.5.3 FLYWHEEL ROTOR ----- 353 9.5.4 MOTOR/GENERATOR* 355 9.5.5 PM ASSISTANT BEARING * 356 9.5.6 CUSTOMIZED MACHINING EQUIPMENT * 356 9.5.7 COMPLETE HTS FESS TEST SYSTEM ----- 357 9.6 APPLICATION OF HTS FESS ----- 359 9.6.1 SUBWAY REGENERATIVE BRAKING * 359 9.6.2 RENEWABLE ENERGY SYSTEM * 360 9.6.3 POWER GRID SYSTEM * 360 9.6.4 UNINTERRUPTED POWER SUPPLY * 361 9.6.5 ELECTROMAGNETIC LAUNCH AND WEAPON * 361 9.6.6 ELECTRIC VEHICLE * 362 9.7 SUMMARY ----- 362 WEI LIU, JING LI, JIA-SU WANG, AND SU-YU WANG 10 HTS MAGLEV LAUNCH TECHNOLOGY * 369 10.1 INTRODUCTION * 369 10.2 REPEATABLE ELECTROMAGNETIC LAUNCH SYSTEM * 370 10.3 PRELIMINARY RESEARCH ON HTS MAGLEV LAUNCH TECHNOLOGY 10.4 PROTOTYPES OF HTS MAGLEV LAUNCH SYSTEM * 373 10.5 CONCEPTS OF HTS REL SYSTEM ----- 376 10.6 STUDIES ON HTS LINEAR SYNCHRONOUS MOTOR * 377 10.6.1 THE 26 HTS COIL-TYPE EXCITATION SYSTEM * 378 10.6.2 BULK HTSC TYPE EXCITATION SYSTEM * 381 10.7 STUDIES ON HTS LINEAR INDUCTION MOTORS * 383 ACRONYMS AND ABBREVIATIONS * 387
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spelling	Wang, Jia-Su Verfasser aut High temperature superconducting magnetic levitation Jia-Su Wang and Su-Yu Wang Berlin De Gruyter [2018] Beijing Peking University Press [2018] xiii, 388 Seiten Illustrationen 25 cm txt rdacontent n rdamedia nc rdacarrier Magnetschwebetechnik (DE-588)4699539-0 gnd rswk-swf Hochtemperatursupraleitung (DE-588)4200190-0 gnd rswk-swf Hochtemperatursupraleitung (DE-588)4200190-0 s Magnetschwebetechnik (DE-588)4699539-0 s DE-604 Wang, Su-Yu Verfasser aut Walter de Gruyter GmbH & Co. KG (DE-588)10095502-2 pbl Erscheint auch als Online-Ausgabe Wang, Jia-Su High Temperature Superconducting Magnetic Levitation Berlin/Boston : De Gruyter, 2017 Online-Ressourcen, 401 Seiten B:DE-101 application/pdf http://d-nb.info/1129274624/04 Inhaltsverzeichnis X:MVB http://www.degruyter.com/search?f_0=isbnissn&q_0=9783110538182&searchTitles=true DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030194834&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Wang, Jia-Su Wang, Su-Yu High temperature superconducting magnetic levitation Magnetschwebetechnik (DE-588)4699539-0 gnd Hochtemperatursupraleitung (DE-588)4200190-0 gnd
subject_GND	(DE-588)4699539-0 (DE-588)4200190-0
title	High temperature superconducting magnetic levitation
title_auth	High temperature superconducting magnetic levitation
title_exact_search	High temperature superconducting magnetic levitation
title_full	High temperature superconducting magnetic levitation Jia-Su Wang and Su-Yu Wang
title_fullStr	High temperature superconducting magnetic levitation Jia-Su Wang and Su-Yu Wang
title_full_unstemmed	High temperature superconducting magnetic levitation Jia-Su Wang and Su-Yu Wang
title_short	High temperature superconducting magnetic levitation
title_sort	high temperature superconducting magnetic levitation
topic	Magnetschwebetechnik (DE-588)4699539-0 gnd Hochtemperatursupraleitung (DE-588)4200190-0 gnd
topic_facet	Magnetschwebetechnik Hochtemperatursupraleitung
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