Ettias 1st School on European Training on Technologies and Industrial Applications of Superconductivity: Naples, Italy ; 9 - 13 September 1991
Gespeichert in:
| Körperschaft: | |
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| Format: | Tagungsbericht Buch |
| Sprache: | English |
| Veröffentlicht: |
Singapure u.a.
World Scientific
1992
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXVII, 519 S. |
| ISBN: | 9810210469 |
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| 246 | 1 | 3 | |a European training on technologies and industrial applications of superconductivity |
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| adam_text | EUROPEAN ECONOMIC ^ SS CAMERA DICOMMERCIO DINAPOLI ETTIAS 1ST SCHOOL ON
EUROPEAN TRAINING ON TECHNOLOGIES AND INDUSTRIAL APPLICATIONS OF
SUPERCONDUCTIVITY NAPLES, ITALY 9-13 SEPTEMBER 1991 EDITORS ANTONIO
BARONE DIPARTIMENTO DI SCIENZE FISICHE UNIVERSITA DI NAPOLI FEDERICO
II NAPLES, ITALY AUGUSTO MORINI DIPARTIMENTO DI INGEGNERIA ELETTRICA
UNIVERSITA DI PADOVA PADUA, ITALY LUIGI FRUNZIO CONSIGLIO NAZIONALE
DELLE RICERCHE PROGETTO FINALIZZATO TECNOLOGIE SUPERCONDUTTIVE E
CRIOGENICHE ARCO FELICE, NAPLES, ITALY WORLD SCIENTIFIC SINGAPORE * NEW
JERSEY * LONDON * HONG KONG VII CONTENTS CONTRIBUTORS TO THE VOLUME XVII
PREFACE XIX LOW TEMPERATURE PHYSICS: A FOREWORD XXIII A. BARONE THE
CLASSICAL SUPERCONDUCTIVITY: PHENOMENOLOGY OF LOW TEMPERATURE
SUPERCONDUCTORS 1 V. PALMIERI 1. INTRODUCTION 2 2. THE ELECTRICAL
RESISTIVITY AND THE ONNES DISCOVERY 2 3. MACROSCOPIC ELECTROMAGNETIC
PROPERTIES OF A SUPERCONDUCTOR 10 4. TWO KINDS OF SUPERCONDUCTORS 12 5.
PHENOMENOLOGICAL THEORIES 18 5.1. THE TWO FLUIDS MODEL 18 5.2. THE
GINZBURG-LANDAU THEORY 23 6. THE MICROSCOPICAL THEORY 25 SUGGESTED
READINGS 32 HIGH-R SUPERCONDUCTORS 35 A. DI CHIARA AND F. FONTANA 1. THE
HISTORY 36 1.1. THE STARTING POINT 36 1.2. AT THE BEGINNING OF HIGH-7
SUPERCONDUCTIVITY 38 1.3. THE IMPORTANCE TO BE ... STRUCTURED 43 2. MAIN
PROPERTIES OF HIGH-T SUPERCONDUCTORS 47 2.1. NORMAL STATE PROPERTIES 47
2.2. SUPERCONDUCTING PROPERTIES: THE GAP PROBLEM 51 2.2.1. SPECIFIC HEAT
53 2.2.2. PHOTOEMISSION 54 2.2.3. TUNNELING SPECTROSCOPY AND INFRARED
REFLECTION 55 | 2.3. CRITICAL CURRENTS 59 I 2.4. MICROWAVE PROPERTIES 63
REFERENCES 73 VIII THE JOSEPHSON EFFECT: PART I 76 S. PAGANO, B.
RUGGIERO AND M. RUSSO 1. INTRODUCTION 77 2. JOSEPHSON EFFECT IN TUNNEL
JUNCTIONS 77 3. TEMPERATURE DEPENDENCE OF THE JOSEPHSON CURRENT 81 4.
MAGNETIC FIELD DEPENDENCE OF THE JOSEPHSON CURRENT 84 5. FABRICATION
TECHNOLOGY 89 5.1. METHODS FOR FILM DEPOSITION 89 5.2. TUNNEL BARRIER
FORMATION 92 5.3. JUNCTION PATTERNING 94 ACKNOWLEDGEMENTS 97 REFERENCES
97 THE JOSEPHSON EFFECT: PART II 98 G. COSTABILE AND A. SAGGESE 1. THE
JOSEPHSON EQUATIONS 99 2. THE AC JOSEPHSON EFFECT 100 3. LONG JOSEPHSON
JUNCTIONS 109 4. THE JOSEPHSON JUNCTION ELECTRODYNAMICS 110 5. MAGNETIC
FLUX PROPAGATION IN LONG JUNCTIONS 115 REFERENCES 119 SMALL SCALE
APPLICATIONS: MEG AND MCG 121 A. PASQUARELLI 1. INTRODUCTION 122 2.
FIELDS AND SOURCES 123 2.1. BIOMAGNETIC FIELDS AND NOISE SOURCES 124
2.2. MODELING OF BIOELECTRICAL ACTIVITY 126 3. INSTRUMENTATION 129 3.1.
MAGNETIC SENSORS 129 3.1.1. RF-SQUIDS 130 3.1.2. DC-SQUIDS 131 3.2.
MAGNETIC NOISE REDUCTION 133 3.2.1. GRADIOMETERS 133 3.2.2. PASSIVE
SHIELDING 137 I 3.3. MEASUREMENT SYSTEMS 138 I 3.4. INSTRUMENTATION FOR
ELECTRIC MEASUREMENTS 139 3.5. ANALOG FILTERING 139 3.5.1. BANDPASS
FILTERING 140 3.5.2. LINE REJECTION FILTERING 141 3.5.2.1. COMB FILTERS
141 3.5.2.2. HYBRID FILTERS 142 3.6. DIGITALIZATION 142 4. BRAIN STUDIES
143 4.1. EPILEPSY 143 4.2. EVOKED FIELDS 145 5. HEART STUDIES 150 5.1.
CLINICAL VALIDATION 151 5.1.1. STUDY OF THE HEART CONDUCTION SYSTEM 151
5.1.2. WOLF-PARKINSON-WHITE SYNDROME 153 5.1.3. CARDIAC ARRHYTHMIA *
SUDDEN CARDIAC DEATH 153 5.1.4. ROMANO-WARD SYNDROME 154 5.1.5. HEART
TRANSPLANTATION 154 6. CONCLUSIONS 154 ACKNOWLEDGEMENTS 155 REFERENCES
155 THE TECHNOLOGY OF ELECTRONIC APPLICATIONS OF HIGH-TEMPERATURE
SUPERCONDUCTORS 159 B. DAVID 1. INTRODUCTION 160 2. SUPERCONDUCTING THIN
FILM INTEGRATED TECHNOLOGY 161 3. MATERIAL PROPERTIES 163 4. THIN FILM
SYNTHESIS PROCESSES 166 5. SUBSTRATES FOR THE DEPOSITION OF HTS FILMS
167 6. THIN FILM DEPOSITION TECHNIQUES 168 6.1. FILM GROWTH BY
CO-DEPOSITION TECHNIQUES 168 6.2. FILM GROWTH BY SPUTTERING 170 6.3.
FILM GROWTH BY LASER ABLATION 171 7. ANALYTICAL TECHNIQUES 172 8.
PATTERNING OF HTS FILMS 173 9. TUNNELING BETWEEN SUPERCONDUCTORS 174
9.1. SNS-TYPE EDGE JUNCTIONS 176 9.2. GRAIN BOUNDARY JUNCTIONS USING
BICRYSTALS 176 9.3. BI-EPITAXIAL GRAIN BOUNDARY JUNCTIONS 178 10. NOISE
IN HIGH-R SQUIDS 179 10.1. PREDICTIONS FOR WHITE NOISE IN DC SQUIDS 180
J 10.2. NOISE MEASUREMENTS ON HIGH-R DC SQUIDS 181 HI MICROWAVE
APPLICATIONS OF HTS MATERIAL 182 12. SUPERCONDUCTOR-SEMICONDUCTOR HYBRID
DEVICES 185 13. CRYOGENIC REFRIGERATION CONSIDERATIONS 186 14.
CONCLUSION 187 ACKNOWLEDGEMENTS 187 REFERENCES 188 SMALL SCALE
APPLICATIONS OF SUPERCONDUCTIVITY * MARKET STRATEGIES 190 /. H. JAMES
AND J. M. LUMLEY 1. INTRODUCTION * THE MARKET 191 2. THE INFLUENCE OF
HTS 196 3. THE DEVELOPMENT OF JOSEPHSON DEVICE TECHNOLOGY 197 3.1.
PROCESSING AND MATERIALS ADVANCES 197 3.2. THE INFLUENCE OF WHOLE-WAFER
TECHNOLOGY 198 4. APPLICATIONS OF SUPERCONDUCTIVE DEVICES 199
4.1.DCANDRF-SQUIDS 199 4.2. BIOMAGNETIC APPLICATIONS OF SQUIDS 201 4.3.
DIGITAL APPLICATIONS OF SUPERCONDUCTIVE DEVICES 201 4.4. THE JOSEPHSON
VOLTAGE STANDARD 206 4.5. X-RAY AND DARK MATTER DETECTORS 206 5. OXFORD
INSTRUMENTS ROLE IN ADVANCING THE TECHNOLOGY 208 5.1. RF-SQUIDS 208
5.2. DC-SQUIDS 208 5.3. VOLTAGE STANDARDS 209 5.4. HIGH ENERGY PARTICLE
DETECTORS 209 6. FUTURE POSSIBILITIES 211 ACKNOWLEDGEMENTS 212
REFERENCES 213 HIGH-R C SUPERCONDUCTING BEARINGS 216 5. ZANNELLA, A.
RICCA, G. RIPAMONTI, E. VARESI, E. RAVA, AND L. MAZZOCCHETTI 1.
INTRODUCTION 217 2. LEVITATION FORCES 218 3. HIGH SPEED (120,000 RPM)
ASYNCHRONOUS MOTOR USING HTS BEARINGS 221 4. CONCLUSIONS 222 REFERENCES
223 SUPERCONDUCTING RESONANT CAVITIES 224 IK PALMIERI 1. INTRODUCTION
225 2. RESONANT CAVITIES 225 XI 3. THE SURFACE RESISTANCE 3.1. THE
NORMAL CONDUCTING CASE 3.2. THE SUPERCONDUCTING CASE 3.3. THE RESIDUAL
SURFACE RESISTANCE A. LOSSES DUE TO A NON-IDEAL SURFACE QUALITY B.
LOSSES DUE TO AN OXIDE LAYER PRESENT ON THE SUPERCONDUCTING SURFACE C.
LOSSES DUE TO THE ELECTROMAGNETIC GENERATION OF ACOUSTIC PHONONS D.
LOSSES DUE TO THE TRAPPING OF MAGNETIC FLUX E. LOSSES DUE TO THE
SUPERCONDUCTOR POLYCRYSTALLINITY F. LOSSES DUE TO THE HYDROGEN
SEGREGATION G. GENERAL CONSIDERATIONS ABOUT THE RESIDUAL LOSSES 4.
SUPERCONDUCTING CAVITIES FOR PARTICLE ACCELERATORS 5. CONCLUSIONS
REFERENCES LOW-R SUPERCONDUCTORS: BASIC PROPERTIES AND FABRICATION S.
CERESARA 1. INTRODUCTION 2. NB-TI SUPERCONDUCTORS 2.1. ALLOY FABRICATION
2.2. CU/NB-TI COMPOSITE WIRE FABRICATION 2.3. CRITICAL CURRENTS IN NB-TI
SUPERCONDUCTORS 3. A15 SUPERCONDUCTORS 3.1. COMMERCIAL FABRICATION OF NB
3 SN 3.1.1. BRONZE ROUTE 3.1.2. EXTERNAL DIFFUSION 3.1.3. INTERNAL
DIFFUSION 3.2. FABRICATION OF NBJAL APPENDIX I: FLUX PINNING MECHANISMS
IN TYPE II SUPERCONDUCTORS APPENDIX II: STABILITY REFERENCES 230 232 234
239 239 241 242 242 243 243 244 244 252 253 256 257 258 260 261 267 270
272 272 273 275 278 283 288 290 DEVELOPMENT OF HIGH-R C SUPERCONDUCTOR
WIRFES AND TAPES 292 H. KRAUTH 1. GENERAL DESIGN CONSIDERATIONS 293 2.
BASIC SUPERCONDUCTING PROPERTIES 294 XII 3. DESIGN OF TECHNICAL
SUPERCONDUCTORS 297 3.1. STABILIZATION 299 3.2. AC LOSSES 304 3.3.
MECHANICAL CHARACTERISTICS 305 4. FABRICATION TECHNOLOGY 306 5.
CONCLUSIONS AND OUTLOOK 314 MAGNET CONSTRUCTION EXAMPLES 315 F. VIVALDI
1. INTRODUCTION 316 2. BATH COOLED MAGNETS 317 2.1. CRYOGENICALLY
STABILIZED BATH COOLED MAGNETS 317 2.2. PARTIALLY CRYO-STABILIZED BATH
COOLED MAGNETS 319 2.3. IMPREGNATED BATH COOLED MAGNETS 321 3. INDIRECT
COOLED, INTRINSICALLY STABLE MAGNETS 324 4. INTERNALLY COOLED CABLE
MAGNETS 324 REFERENCES 329 REVIEW ON STABILITY AND PROTECTION OF
SUPERCONDUCTING MAGNETS 332 G. MASULLO AND A. MATRONE 1. INTRODUCTION
333 2. DISTURBANCE 334 3. FLUX JUMP STABILITY 336 4. CRYOGENIC STABILITY
338 5. QUENCH PROTECTION 341 REFERENCES 345 SUPERCONDUCTING MAGNETS
USING CABLE IN CONDUIT CONDUCTORS 346 O. DORMICCHI 1. INTRODUCTION 347
2. INTERNALLY COOLED SUPERCONDUCTING CABLES 348 3. STABILITY OF ICCS 350
I 3.1. STABILITY AGAINST INTERNAL THERMAL DISTURBANCES 351 3.2.
STABILITY AGAINST EXTERNAL DISTURBANCES 355 4. QUENCH PROTECTION 355 5.
MAGNETS WITH CABLE IN CONDUIT: SOME EXAMPLES 358 5.1. FUSION
APPLICATIONS 358 6. MHD APPLICATIONS 361 REFERENCES 364 XIII DESIGN AND
MANUFACTURE OF TECHNICAL SUPERCONDUCTORS FOR ENERGY AND MAGNET
APPLICATIONS 366 H. KRAUTH 1. INTRODUCTION 367 2. SELECTION OF THE
OPTIMUM HTSC MATERIAL 368 2.1. CRITICAL TEMPERATURE F AND UPPER CRITICAL
FIELD B C2 368 2.2. CRITICAL CURRENT DENSITY J C 370 2.2.1. PARAMETERS
DETERMINING J C 370 2.2.2. MEASUREMENT OF Y C * 371 3. PREPARATION OF
HTSC WIRES AND TAPES 373 4. PERFORMANCE OF HTSC WIRES AND TAPES 375 5.
CONCLUSION 379 REFERENCES 381 LARGE SCALE APPLICATIONS OF
SUPERCONDUCTIVITY: THE SUPERCONDUCTING MAGNETIC ENERGY STORAGE (SMES)
382 M. SPADONI 1. THE NEED FOR STORAGE IN LARGE ELECTRIC SYSTEMS 383 2.
STORAGE METHODS IN ELECTRICAL NETWORKS 383 3. MERITS OF SMES 386 4.
CONFIGURATION AND REQUIREMENTS OF ENERGY STORAGE MAGNETS 391 4.1. MAGNET
CONFIGURATION 391 4.2. CONDUCTOR 393 5. PRESENT STATUS OF R&D 401 6.
PERSPECTIVES FOR THE FUTURE 408 REFERENCES 412 SUPERCONDUCTING MAGNETS
FOR FUSION REACTORS 414 M. SPADONI 1. INTRODUCTION 415 1.1. FUSION
ENERGY 415 1.2. A TOKAMAK FUSION REACTOR 415 1.3. EUROPEAN STRATEGY ON
FUSION 417 ! 1.4. THE NEED FOR SUPERCONDUCTING MAGNETS 419 ?. THE USE OF
SUPERCONDUCTING MAGNETS IN A FUSION REACTOR: BASIS CHOICES 419 2.1.
CHOICE OF THE SUPERCONDUCTING MATERIAL 419 2.2. THE OPTIONS
REACT-AND-WIND OR WIND-AND-REACT 420 XIV 2.3. CHOICE OF THE COOLING
METHOD 421 2.4. CHOICE OF THE COMPOSITE CONDUCTOR CONCEPT 421 2.5. THE
INFLUENCE OF THE CONDUIT MATERIAL IN A CIC CONDUCTOR 422 2.6. SHAPE AND
MODULARITY OF MAGNETS FOR FUSION 427 STATUS OF RESEARCH AND DEVELOPMENT
427 3.1. THE LARGE COIL TEST FACILITY 427 3.2. THE MIRROR FUSION MAGNET
SYSTEM 429 3.3. THE US DEMONSTRATION POLOIDAL COIL 430 3.4. THE EUROPEAN
DEVELOPMENT PROGRAMME 431 3.4.1. MODEL COILS 436 EXPERIMENTAL DEVICES
USING SUPERCONDUCTING MAGNETS 437 4.1. TRIAM-1M, TORE SUPRA, T15 437
CONCLUSIONS 439 REFERENCES 440 4. 5. PROBLEMS OF STRUCTURAL ANALYSIS IN
THE DESIGN OF THE DIPOLES FOR LHC 442 AF. MOTTERLE AND L. MOLETTA 1.
SCOPE 443 2. REFERENCE DOCUMENTS 443 3 REFERENCE CODES 444 4.
INTRODUCTION 444 5. DESCRIPTION OF THE MECHANICAL STRUCTURE AND DESIGN
PRINCIPLES 444 6. PROBLEMS CONNECTED WITH THE USE AND THE VERIFICATIONS
OF THE METALLIC MATERIALS FOR PRESSURE VESSELS OPERATING AT LOW
TEMPERATURE 448 7. POSSIBLE APPLICATION OF THE CRITERIA AS EXPLAINED
ABOVE TO THE VERIFICATION ON THE ALUMINIUM CRYOSTAT 449 8. CONCLUSION
450 MAGNETOHYDRODYNAMICS: BRIEF INTRODUCTION AND DESCRIPTIVE NOTES ABOUT
THE CRYOSTAT FOR THE MHD MAGNET WHILE DEVELOPING THE PROJECT INTENDED
FOR SUPERCONDUCTING AND CRYOGENIC TECHNOLOGIES ! AF. MOTTERLE AND L.
MOLETTA 451 HIGH-SPEED MAGLEV TRANSPORTATION AND SUPERCONDUCTOR
TECHNOLOGY G. MARTINELLI AND A. MORINI 1. INTRODUCTION 463 464 XV 2. EMS
AND EDS MAGLEV SYSTEMS 466 3. EDS-MAGLEV SYSTEMS: FORCES AND POWER
SUPPLY 470 4. EDS-MAGLEV SYSTEMS: SUPERCONDUCTING MAGNETS AND
REFRIGERATION SYSTEM 474 5. EDS-MAGLEV SYSTEMS: BRAKE SYSTEM 478 6.
EDS-MAGLEV SYSTEMS: PROTOTYPES AND FUTURE DEVELOPMENT 479 7. CONCLUSIONS
486 REFERENCES 487 POTENTIAL MARKETS AND ECONOMIC CONSIDERATIONS FOR
HIGH-SPEED MAGLEV TRANSPORTATION 489 G. MARTINELLI AND A. MORINI 1.
INTRODUCTION 490 2. HIGH-SPEED MAGLEV TRANSPORTATION AS AN ALTERNATIVE
OR INTEGRATIVE TRANSPORT SYSTEM: POTENTIAL MARKETS AND RELATED
CONSIDERATIONS 490 2.1. MAGLEV VERSUS CONVENTIONAL RAILWAYS 492 2.2.
MAGLEV VERSUS AIRLINES 493 3. ENERGY SAVINGS CONSIDERATIONS 495 4.
WORLDWIDE PERSPECTIVES 496 5. CONCLUSIONS 501 REFERENCES 502
INTRODUCTION TO VACUUM 504 S. GALLI 1. INTRODUCTION TO VACUUM 505 1.1.
PRESSURE 507 1.2. PARTIAL PRESSURE 507 1.3. VAPOR PRESSURE 508 1.4. GAS
FLOW 509 1.5. PUMP S CHARACTERISTICS 511 2. VACUUM PUMPS 511 2.1. ION
SYSTEMS 513
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| publisher | World Scientific |
| record_format | marc |
| spelling | School on European Training on Technologies and Industrial Applications of Superconductivity 1 1991 Neapel Verfasser (DE-588)1225760-6 aut Ettias 1st School on European Training on Technologies and Industrial Applications of Superconductivity Naples, Italy ; 9 - 13 September 1991 ed.: Antonio Barone ... European training on technologies and industrial applications of superconductivity Singapure u.a. World Scientific 1992 XXVII, 519 S. txt rdacontent n rdamedia nc rdacarrier Superconductors Congresses Superconductors Industrial applications Congresses Supraleitung (DE-588)4058651-0 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1991 Neapel gnd-content Supraleitung (DE-588)4058651-0 s DE-604 Barone, Antonio Sonstige oth GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=005419582&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Ettias 1st School on European Training on Technologies and Industrial Applications of Superconductivity Naples, Italy ; 9 - 13 September 1991 Superconductors Congresses Superconductors Industrial applications Congresses Supraleitung (DE-588)4058651-0 gnd |
| subject_GND | (DE-588)4058651-0 (DE-588)1071861417 |
| title | Ettias 1st School on European Training on Technologies and Industrial Applications of Superconductivity Naples, Italy ; 9 - 13 September 1991 |
| title_alt | European training on technologies and industrial applications of superconductivity |
| title_auth | Ettias 1st School on European Training on Technologies and Industrial Applications of Superconductivity Naples, Italy ; 9 - 13 September 1991 |
| title_exact_search | Ettias 1st School on European Training on Technologies and Industrial Applications of Superconductivity Naples, Italy ; 9 - 13 September 1991 |
| title_full | Ettias 1st School on European Training on Technologies and Industrial Applications of Superconductivity Naples, Italy ; 9 - 13 September 1991 ed.: Antonio Barone ... |
| title_fullStr | Ettias 1st School on European Training on Technologies and Industrial Applications of Superconductivity Naples, Italy ; 9 - 13 September 1991 ed.: Antonio Barone ... |
| title_full_unstemmed | Ettias 1st School on European Training on Technologies and Industrial Applications of Superconductivity Naples, Italy ; 9 - 13 September 1991 ed.: Antonio Barone ... |
| title_short | Ettias 1st School on European Training on Technologies and Industrial Applications of Superconductivity |
| title_sort | ettias 1st school on european training on technologies and industrial applications of superconductivity naples italy 9 13 september 1991 |
| title_sub | Naples, Italy ; 9 - 13 September 1991 |
| topic | Superconductors Congresses Superconductors Industrial applications Congresses Supraleitung (DE-588)4058651-0 gnd |
| topic_facet | Superconductors Congresses Superconductors Industrial applications Congresses Supraleitung Konferenzschrift 1991 Neapel |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=005419582&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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