Status and perspectives of nuclear energy: fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare
Saved in:
| Format: | Book |
|---|---|
| Language: | Undetermined |
| Published: |
Amsterdam u.a.
North-Holland
1992
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| Series: | Scuola Internazionale di Fisica Enrico Fermi: Proceedings of the International School of Physics Enrico Fermi
116 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XXIII, 490 S. Ill., graph. Darst. |
| ISBN: | 044489425X |
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MARC
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| 245 | 1 | 0 | |a Status and perspectives of nuclear energy |b fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare |c Italian Physical Society. Ed. by C. Salvetti ... |
| 246 | 1 | 1 | |a Stato e prospettive dell'energia nucleare |
| 264 | 1 | |a Amsterdam u.a. |b North-Holland |c 1992 | |
| 300 | |a XXIII, 490 S. |b Ill., graph. Darst. | ||
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| 490 | 1 | |a Scuola Internazionale di Fisica Enrico Fermi: Proceedings of the International School of Physics Enrico Fermi |v 116 | |
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Record in the Search Index
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| adam_text | ITALIAN PHYSICAL SOCIETY PROCEEDINGS OF THE INTERNATIONAL SCHOOL OF
PHYSICS ENRICO FERMI» COURSE CXVI EDITED BY C. SALVETTI, R. A. RICCI
AND E. SINDONI DIRECTORS OF THE COURSE VARENNA ON LAKE COMO VILLA
MONASTERO 10-20 JURY 1990 STATUS AND PERSPECTIVES OFNUCLEAR ENERGY:
FISSION AND FUSION 1992 NORTH-HOLLAND AMSTERDAM - OXFORD - NEW YORK -
TOKYO INDICE R. A. RICCI AND C. SALVETTI - PREFACE PAG. XV GRUPPO
FOTOGRAFICO DEI PARTECIPANTI AL CORSO FUORI TESTO E. TELLER - ENHANCED
NUCLEAR-REACTOR SAFETY PAG. 1 E. TELLER - NUCLEAR ENERGY FOR SPACE
PROPULSION » 5 M. SILVESTRI - NUCLEAR POWER FROM FISSION » 11 1. PRIMARY
ENERGY REQUIREMENTS IN THE NEXT CENTURY » 14 2. ECONOMIC IMPROVEMENTS IN
THE GENERATION OF ELECTRICITY THROUGH NUCLE- AR POWER » 15 2 1.
REDUCTION IN THE COST OF NUCLEAR FUELS » 15 3. PRESENT COSTS OF
ELE.CTRICITY FROM DIFFERENT PRIMARY ENERGY SOURCES » 17 4. BREEDING VS.
NONBREEDING, FAST VS. THERMAL REACTORS » 17 5. SAFETY TO-DAY AND
TOMORROW » 18 6. PASSIVE AND/OR INHERENTLY SAFE REACTORS » 19 7. THE
PROBLEM OF THE DISPOSAL OF THE NUCLEAR WEAPONS » 20 G. VENDRYES -
BREEDING OF NUCLEAR FUEL AND BASIC CHARACTERISTICS OF FAST-NEUTRON
REACTORS. 1. BREEDING OF NUCLEAR FUEL » 21 2. BASIC CHARACTERISTICS OF
FAST-NEUTRON REACTORS » 25 G. VENDRYES - TECHNICAL ASPECTS OF FAST
BREEDER REACTORS WITH SPECIAL REFERENCE TO SAFETY » 31 V VI INDICE G.
VENDRYES - PAST DEVELOPMENT, PRESENT SITUATION AND FUTURE PROSPECTS OF
FAST BREEDER REACTORS PAG. 45 R. CARLE - THE FRENCH EXPERIENCE WITH
NUCLEAR POWER. INTRODUCTION » 55 PART I. - THE FRENCH NUCLEAR PROGRAMME
» 56 1. NUCLEAR ENERGY IN FRANCE: ITS LONG HISTORY » 56 2. THE FRENCH
NUCLEAR PROGRAMME: A PRODUCT, AN INDUSTRY » 58 3. THE ORGANIZATION OF
FRENCH INDUSTRY » 61 4. THE FUEL CYCLE INDUSTRY » 63 PART IL -
INDUSTRIAL POLICY » 65 1. STANDARDIZATION POLICY » 66 2. LIMITS OF
STANDARDIZATION » 66 3. ORGANIZATION OF EDF FOR THE NUCLEAR PROGRAMME »
69 4. MOBILIZATION OF MEN AND ORGANIZATION OF TASKS » 70 5. QUALITY
MANAGEMENT » 72 6. SCHEDULING » 73 PART III. - WHAT DO WE MEAN BY GOOD
OPERATION » 76 1. IMPROVING AVAILABILITY » 76 1 1. MAKING IMPROVEMENTS
» 77 1 2. REDUCE THE FREQUENCY OF UNPLANNED SHUTDOWNS » 77 1 3. REDUCE
THE LENGTH OF PLANNED SHUTDOWNS » 77 2. MEETING GRID REQUIREMENTS » 78
2 1. OPERATING EXPERIENCE » 79 3. HELPING THE OPERATOR » 80 3 1. THE
ADVANCED CONTROL ROOM » 80 3 2. CONTROL ROOM ORGANIZATION » 81 4.
TRAINING OF OPERATING STAFF » 81 4 1. TYPES OF TRAINING » 81 4 2.
TEACHING METHODS » 82 4 3. PLANT CONTROL AND FUNCTION SIMULATORS » 84
4 4. EDF TRAINING STATISTICS » 85 PART IV. - ENERGY POLICY AND OPINION »
86 1. THE ADVANTAGES OF NUCLEAR ENERGY » 86 1 1. NUCLEAR ENERGY BRINGS
INDEPENDENCE » 86 1 2. NUCLEAR ENERGY IS ECOLOGICAL » 87 1 3. NUCLQAR
POWER IS ECONOMICAL » 88 1 4. NUCLEAR ELECTRICITY GUARANTEES PRICE
STABILITY » 89 2. NUCLEAR ENERGY AFTER CHERNOBYL » 89 2 1. CHERNOBYL:
UNACCEPTABLE AND EXCLUDED DISASTER » 90 3. NUCLEAR POWER AND PUBLIC
OPINION » 91 3 1. REGAINING CONFIDENCE » 92 3 2. COMMUNICATIONS UNDER
CRISIS CONDITIONS » 94 VII PART V. - TODAY AND TOMORROW PAG. 96 1.
SAFETY LEVELS*SATISFACTORY BUT STILL PERFECTIBLE » 96 1 1. OPERATING
EXPERIENCE » 96 1 2. PRECURSOR INCIDENTS » 96 1 3. SEVERITY SCALE FOR
INCIDENTS AND ACCIDENTS » 96 1 4. HUMAN FACTORS » 98 1 5. WANO, WORLD
ASSOCIATION OF NUCLEAR OPERATORS » 98 2. SAFETY OF FUTURE REACTORS » 99
2 1. FIRST POINT: WE DO NOT HAVE TO START ALL OVER AGAIN WITH A CLEAN
SLATE » 99 2 2. SECOND POINT: WE SHOULD NOT AIM AT ELIMINATING OPERATOR
INTER- VENTION AND REPLACING HIM BY AUTOMATIC CONTROL CIRCUITS » 100
2 3. THIRD POINT: BEWARE OF THE UTOPIA OF A RISKLESS» POWER PLANT » 100
2 4. LAST POINT: HOW BIG SHOULD WE MAKE THE REACTORS OF THE FUTURE? »
101 3. CHOOSING THE NEXT TYPE OF REACTORS » 101 3 1. PREREQUISITES FOR
SUCCESS » 101 3 2. COMMON RULES OF SAFETY » 102 3 3. INTERNATIONAL
COOPERATION » 102 3 4. FAST BREEDER REACTORS » 103 3 5. MASTERING THE
FUEL CYCLE » 104 3 6. MAINTAINING INDUSTRIAL CAPACITIES » 104 CONCLUSION
» 104 F. L. PARKER - RADIOACTIVE-WASTE MANAGEMENT. 1. INTRODUCTION » 107
2. WASTE RISINGS » 112 21. MINING » 112 2 2. MILLING » 112 2 3.
LOW-LEVEL WASTE » 113 2 4. HIGH-LEVEL WASTE » 113 2 5. REPOSITORIES »
116 3. DISCUSSION » 122 3 1. PUBLIC TRUST » 122 3 2. RISKPERCEPTION »
122 3 3. COMPENSATION » 125 4. CONCLUSIONS » 126 J. J. TAYLOR - NEW
CONCEPTS IN POWER REACTORS IN THE USA. INTRODUCTION , » 131 1. UTILITY
GOALS » 131 1 1. THE NEED FOR BASE LOAD CAPACITY » 132 1 2.
PREREQUISITES FOR THE NUCLEAR OPTION » 135 1 3. STANDARDIZATION » 136
1 4. THE TECHNOLOGICAL CHOICE FOR INCREASED NUCLEAR CAPACITY » 137 1*5.
STABILITY AND COOPERATION IN R&D FUNDING » 138 1 6. SUMMATION OF UTILITY
GOALS » 139 VIII INDICE 2. UTILITY REQUIREMENTS PAG. 139 3. DESIGN
CHARACTERISTICS OF U.S. ADVANCED NUCLEAR PLANTS » 143 3 1. INTRODUCTION
» 143 3 - 2. THE PASSIVE PWE, AP-600 » 144 3 3. THE PASSIVELY STABLE BWE
» 147 4. THE ADVANCED LIQUID-METAL-COOLED REACTOR » 148 5. THE ADVANCED
MODULAR GAS-COOLED REACTOR » 152 5 1. AN HISTORICAL PERSPECTIVE ON
PASSIVE REACTOR FEATURES » 154 6. PROBABILISTIC SAFETY ASSESSMENT AND
EMERGENCY PLANNING » 157 6 1. PROGRESS IN TECHNICAL UNDERSTANDING » 157
6 2. CORE DAMAGE FREQUENCY » 158 6 3. ACCIDENT PROGRESSION » 158 6 4.
CONTAINMENT PERFORMANCE » 159 6 5. SEVERE-ACCIDENT SOURCE TERMS » 160
6 6. OFF-SITE CONSEQUENCES » 162 CONCLUSION » 162 M. CUMO - INNOVATIVE
REACTORS: A PROPOSAL. THE MARS (MULTIPURPOSE ADVANCED REACTOR INHERENTLY
SAFE). 1. A NEW APPROACH IN DESIGN CRITERIA SELECTION » 169 2. MAIN
FLUID SYSTEMS » 172 2 1. REACTOR AND CORE COOLING PRIMARY SYSTEM » 172
2 2. SAFETY CORE-COOLING SYSTEM - SCCS (OR EMERGENCY CORE-COOLING
SYSTEM) » 176 2 3. PRESSURIZED CONTAINMENT FOR PRIMARY-SYSTEM PROTECTION
(CPP) .. » 177 2 4. AUXILIARY SYSTEMS » 179 2 4.1. PRESSURIZED
CONTAINMENT HEAT REMOVAL SYSTEM (CPPHR) » 179 2 4.2. CHEMICAL AND
VOLUMETRIE CONTROL SYSTEM (CVCS) » 179 2 4.3. OTHER AUXILIARY SYSTEMS »
180 3. SCRAM SYSTEMS » 181 4. NUCLEAR DESIGN » 182 4 1. SPECIAL CHECK
VALVES » 184 5. PLANT ARRANGEMENT » 186 5 1. REACTOR BUILDING » 186
5 2. OTHER BUILDINGS » 189 G. SILINI - THE RATIONALE OF THE SYSTEM OF
DOSE LIMITATION RECOMMEND- ED BY THE INTERNATIONAL COMMISSION ON
RADIOLOGICAL PROTECTION (ICRP). 1. INTRODUCTION » 193 2. QUANTITIES AND
UNITS » 194 3. THE CONEEPT OF DETRIMENT » 195 4. RADIATION EFFECTS » 195
4 1. IMMEDIATE SOMATIC (DETERMINISTIC) EFFECTS » 195 4 2. EFFECTS OF
ANTENATAL EXPOSURE » 196 4 3. LATE SOMATIC (STOCHASTIC) EFFECTS » 197
4 4. HEREDITARY (STOCHASTIC) EFFECTS » 201 IX 5. TISSUE WEIGHTING
FACTORS PAG. 203 6. THE MAIN OBJECTIVES OF RADIATION PROTECTION » 204 7.
THE SYSTEM OF RADIOLOGICAL PROTECTION » 206 8. SPECIAL APPLICATIONS »
210 8 1. MEDICAL EXPOSURE » 210 8 2. PUBLIC EXPOSURE » 210 8 3.
PRE-EXISTING EXPOSURES » 211 9. CONCLUSIONS » 212 F. NIEHAUS AND L.
LEDERMAN - TRENDS IN NUCLEAR SAFETY. 1. NEW CHALLENGES FOR NUCLEAR
SAFETY » 213 2. COMPARATIVE RISK ASSESSMENT » 213 3. DEVELOPING NEW
SAFETY CONCEPTS » 218 4. STRIVING FOR EXCELLENCE » 219 4 1. SAFETY
PRINCIPLES FOR NPPS » 219 4 2. IMPROVING PLANT ANALYSIS CAPABUEITIES »
220 5. MONITORING SAFETY » 222 5 - L. LIVING»PSA » 222 5 2. SAFETY
INDICATORS » 224 6. OPERATIONAL EXPERIENCE FEEDBACK » 225 6 1.
INTERNATIONAL NUCLEAR EVENT SCALE (INES) » 225 6 2. INCIDENT REPORTING
SYSTEM (IES) » 225 6 3. ASSESSMENT OF SAFETY SIGNIFICANT EVENT TEAMS
(ASSET) » 226 7. PROBABILISTIC SAFETY CRITERIA » 228 8. CONCLUSIONS »
230 F. NIEHAUS - NUCLEAR POWER AND SUSTAINABLE DEVELOPMENT. THE ISSUE OF
CLIMATE CHANGE. 1. INTRODUCTION » 233 2. POPULATION GROWTH » 233 3.
PRIMARY ENERGY CONSUMPTION IN DEVELOPING COUNTRIES » 233 4. ELECTRICITY
CONSUMPTION » 236 5. ENVIRONMENTAL PROTECTION » 237 6. CO2 EMISSIONS AND
CLIMATE CHANGE » 238 7. THE ROLE OF NUCLEAR POWER » 239 8. CONCLUSIONS »
241 C. MARCHETTI - ON SOCIETY AND NUCLEAR ENERGY. EXECUTIVE SUMMARY »
243 THE RESULTS OF THE STUDY » 244 1. SETTING THE PROBLEM » 245 R 1. IS
THIS THE END OF THE NUCLEAR ERA? » 245 2. CONCEPTUAL AND METHODOLOGICAL
GUIDELINES » 246 X INDICE 3. THREE SITUATIONS TO CONSIDER PAG. 248 3 1.
SIXTEENTH CENTURY WITCH HUNTS » 248 3 2. THE WALDHEIM CASE » 250 3 3.
BEDUINS AND THE MEDINA RAILWAY » 251 4. LEGISLATIVE ACTIVITY AS AN
INDICATOR OF PUBLIC INTEREST » 251 5. NUCLEAR ENERGY AND THE KONDRATIEFF
CYCLES » 258 6. THE MEDIA » 265 6 1. THE US CASE » 265 6 2. THE DER
SPIEGEL» CASE » 271 7. ARE NUCLEAR ACCIDENTS REALLY STOCHASTIC? THE
CASE OF THE USA » 275 8. NUCLEAR POWER PLANTS, THE MEDIA AND THE
ACCIDENTS: AN ANALYSIS OF THE USA » 278 8 1. THE PLANTS » 278 APPENDIX
A. - MATHEMATICAL APPENDIX » 282 A L. THEMALTHUSIANCASE » 282 A 2.
ONE-TO-ONE COMPETITION » 284 A 3. MULTIPLE COMPETITION » 285 APPENDIX B.
- DER SPIEGEL S GREEN MONSTER» » 285 APPENDIX C. - OPPOSITION TO FARM
MACHINERY AND THRESHER DESTRUCTION IN ENGLAND IN 1830 » 289 APPENDIX D.
- RAILWAYS » 291 APPENDIX E. - FLUORIDATION: PRO AND CON » 295 J. DE
BOER - DO WE NEED MORE PHYSICS? DO WE NEED MORE PHYSICISTS? DO WE NEED
MORE NUCLEAR PHYSICS? 1. MORE PHYSICS? » 303 2. MORE PHYSICISTS? » 304
3. MORE NUCLEAR PHYSICS? » 304 4. SUMMARY » 305 P-H. REBUT AND THE JET
TEAM - JET RESULTS AND THE APPROACH TO A FUSION REACTOR. 1. INTRODUCTION
» 307 2. MACHINE PERFORMANCE » 308 3. SCIENTIFIC RESULTS AND
ACHIEVEMENTS » 309 3 1. DENSITY » 310 3 2. TEMPERATURE » 312 3 3. ENERGY
CONFINEMENT » 313 3 4. BETALIMITS » 315 3 5. ALPHA-PARTICLE SIMULATIONS
» 316 3 6. IMPURITIES » 317 3 7. FUSION PERFORMANCE » 318 3 8. SUMMARY
OF SCIENTIFIC ACHIEVEMENTS » 319 4. PLANNEDNEWPHASEFORJET » 320 4 1.
KEY CONCEPTS OF THE JET PUMPED DIVERTOR » 320 4 2. MODELLING IMPURITY
CONTROL » 321 4 3. THE PUMPED DIVERTOR CONFIGURATION » 322 XI 5. PLANNED
SCHEDULE PAG. 323 6. CONDITIONS REQUIRED IN A REACTOR » 324 7. THE NEXT
STEP » 325 8. CONCLUSIONS » 328 E. BERTOLINI - THE JET PROJECT: KEY
EXPERIMENTAL RESULTS AND TECH- NICAL DEVELOPMENT TOWARDS BREAKEVEN
PLASMAS. LIST OF SYMBOLS » 331 INTRODUCTION » 332 PART I. - THE PAST »
334 1.1. OHMIC HEATING (1983-84) » 334 L L. MACHINE CONDITIONS » 334
1 2. TECHNICAL ACHIEVEMENTS » 335 1 3. SCIENTIFIC ACHIEVEMENTS » 335
1.2. ADDITIONAL HEATING (1984-86) » 337 21. MACHINE CONDITIONS » 337
2 2. TECHNICAL ACHIEVEMENTS » 339 2 3. SCIENTIFIC ACHIEVEMENTS » 339
2 4. MAIN SCIENTIFIC FINDINGS » 340 1.3. PERFORMANCE UPGRADING (1986-88)
» 341 3 1. MACHINE CONDITIONS » 341 3 2. TECHNICAL ACHIEVEMENTS » 344
3 3. SCIENTIFIC ACHIEVEMENTS » 345 3 4. MAIN SCIENTIFIC FINDINGS » 348
PART II. - THE PRESENT AND THE FUTURE » 349 11.1. PASSIVE CONTROL OF
IMPURITIES (1988-91) » 349 L L. MACHINE CONDITIONS » 349 1 2. TECHNICAL
ACHIEVEMENTS » 352 1 3. SCIENTIFIC ACHIEVEMENTS » 352 1 4. MAIN
SCIENTIFIC FINDINGS » 355 1*5. FUTURE DEVELOPMENT (1990-91) » 357 1 6.
EXPECTED PERFORMANCE (1991) » 357 11.2. ACTIVE CONTROL OF IMPURITIES
(1991-94) » 357 21. THE PUMPED DIVERTOR (1992-94) » 358 2*1.1. MAIN
COMPONENTS OF THE DIVERTOR » 358 2 1.2. OTHER DIVERTOR-RELATED
COMPONENTS » 358 2 1.3. OTHER COMPONENTS » 360 2 2. MAIN OBJECTIVE OF
THE DIVERTOR PHASE » 360 11.3. EXPERIMENTS WITH DEUTERIUM AND TRITIUM
(1994-96) » 361 3 1. REMOTE HANDLING » 361 3 - 2. TRITIUM PLANT » 362
3 3. DIAGNOSTICS » 362 11.4. JETPLANNING » 362 11.5. OTHER LARGE
TOKAMAKS AND JET » 363 5 1. TOKAMAKFUSIONTEST REACTOR (TFTR) » 363 5 2.
DOUBLET III - UPGRADED (DIII-D) » 364 XII INDICE 5 3. JAPANESE TOKAMAK -
60 (JT-60) PAG. 365 5 4. COMPARISON BETWEEN THE LARGE TOKAMAKS » 365
CONCLUSIONS » 366 B. COPPI AND F. PEGORARO - NEAR-TERM EXPERIMENTS ON
ADVANCED FUSION. 1. INTRODUCTION » 371 2. THE IGNITOR EXPERIMENT » 372
3. PHYSICS CONSIDERATIONS » 375 3 1. DENSITY AND CONFMEMENT TIME ISSUES
» 375 3 2. PLASMA PURITY AND DIVERTOR ISSUES » 378 4. NEUTRONLESS»
FUSION BURN EXPERIMENT » 379 5. THE CANDOR EXPERIMENT » 380 R. TOSCHI -
THE NET PROJECT. 1. NET OBJECTIVES » 387 2. NET PARAMETERS AND EXPECTED
PERFORMANCE » 387 2 1. PLASMA ENERGY CONFMEMENT » 388 2 2. PLASMA
PURITY » 388 2 3. MODE OF OPERATION » 389 3. PHASED OPERATION » 389 4.
BASIC MACHINE CONCEPT » 390 5. STATUS OF DATA BASE AND R&D NEEDS » 392
5 1 » 392 5 2 » 392 5 3 » 392 6. CONCLUSION » 393 J. MEYER-TER-VEHN -
PHYSICS OF INERTIAL FUSION. 1. THE ICF CONCEPT » 395 2. A FUSION TARGET
IMPLODED BY HEAVY IONS » 397 3. GAIN MODEL » 401 3 1. THE IGNITION
SPARK AND ITS RADIUS R B » 402 3 2. THE COLD-FUEL RESERVOIR AND ITS
ISENTROPE » 402 3 3. HYDRODYNAMIC EFFICIENCY -Q AND GAIN » 403 3 4.
GAIN CURVES G(E HERM ; RJ, A, R S ) » 404 4. ANALYTIC THEORY OF
SPHERICAL IMPLOSION » 406 4 1. KIDDER S ISENTROPIC IMPLOSION SOLUTION »
407 4 2. SCALE SYMMETRY OF IDEAL-GAS DYNAMICS » 408 4 3. SELF-SIMILAR
COMPRESSION WAVES » 410 5. IMPLOSION SYMMETRY BY INDIRECT DRIVE » 413 5
1. HOHLRAUM PHYSICS » 414 5 2. HOHLRAUM TARGET FOR HEAVY-ION FUSION »
417 5 - 3. AN X-RAY DRIVEN IMPLOSION » 419 6. ACHIEVEMENTS AND FUTURE
PERSPECTIVES » 420 XIII R. BOCK - STATUS AND PERSPECTIVES OF HEAVY-ION
INERTIAL FUSION. 1. INTRODUCTION PAG. 425 2. SOME FACTS ABOUT HEAVY-ION
INERTIAL FUSION » 426 3. DRIVER ACCELERATORS AND SYSTEM STUDIES » 429 3
1. THE INDUCTION LINAC SCENARIO » 430 3 2. THE R.F. LINAC SCENARIO » 431
3 2.1. HIBALL: CONCEPT AND CRITICAL ISSUES » 431 3 2.2. COST ESTIMATES »
434 4. FUTURE RESEARCH AT GSI » 436 5. PERSPECTIVES » 441 6. CONCLUSIONS
» 444 A. BERTIN AND A. VITALE - EXPERIMENTAL FRONTIERS IN MUON-CAT-
ALYZED FUSION. 1. INTRODUCTION » 449 2. INCREASING THE CYCLE RATE » 453
2 1. THE G IS PARAMETER » 453 2 2. THE HYPERFINE QUENCHING » 454 2 3.
EPITHERMAL EFFECTS » 454 2 4. SHORT SURVEY OF THE PRESENT EXPERIMENTAL
INFORMATION » 455 2 5. CONCLUDING REMARKS » 456 3. DECREASING MUON
LOSSES IN THE CATALYTIC CYCLE » 457 3 1. INTRODUCTORY REMARKS » 457
3 2. INDIRECT MEASUREMENTS OF W SEFF » 459 3 3. DIRECT MEASUREMENTS OF
WF F = CO S FOR D[J.T FUSION PROCESSES » 461 4. DECREASING THE MUON COST
» 463 5. CONCLUSIONS » 465 F. SCARAMUZZI - STATE OF THE ART OF COLD
FUSION». 1. INTRODUCTION » 471 2. SHORT HISTORY AND GENERAL INFORMATION
» 472 3. HEAT EXCESS EXPERIMENTS » 474 4. NEUTRON DETECTION » 476 5.
TRITIUM DETECTION » 480 6. SOME NONSTANDARD» EXPERIMENTS » 481 6 1.
CLUSTER-IMPACT LUKERWARM» FUSION » 481 6 2. ION IMPLANTATION
EXPERIMENTS » 481 6 3. NEUTRON EMISSION IN CHEMICAL REACTIONS » 486 7.
THEORIES » 486 8. CONCLUSIONS » 487
|
| any_adam_object | 1 |
| building | Verbundindex |
| bvnumber | BV005928931 |
| classification_rvk | UD 4615 |
| ctrlnum | (OCoLC)231422047 (DE-599)BVBBV005928931 |
| discipline | Physik |
| format | Book |
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| genre | (DE-588)1071861417 Konferenzschrift 1990 Varenna gnd-content |
| genre_facet | Konferenzschrift 1990 Varenna |
| id | DE-604.BV005928931 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T16:37:01Z |
| institution | BVB |
| isbn | 044489425X |
| language | Undetermined |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-003712861 |
| oclc_num | 231422047 |
| open_access_boolean | |
| owner | DE-12 DE-384 |
| owner_facet | DE-12 DE-384 |
| physical | XXIII, 490 S. Ill., graph. Darst. |
| publishDate | 1992 |
| publishDateSearch | 1992 |
| publishDateSort | 1992 |
| publisher | North-Holland |
| record_format | marc |
| series | Scuola Internazionale di Fisica Enrico Fermi: Proceedings of the International School of Physics Enrico Fermi |
| series2 | Scuola Internazionale di Fisica Enrico Fermi: Proceedings of the International School of Physics Enrico Fermi |
| spelling | Status and perspectives of nuclear energy fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare Italian Physical Society. Ed. by C. Salvetti ... Stato e prospettive dell'energia nucleare Amsterdam u.a. North-Holland 1992 XXIII, 490 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Scuola Internazionale di Fisica Enrico Fermi: Proceedings of the International School of Physics Enrico Fermi 116 Kernenergie (DE-588)4030318-4 gnd rswk-swf Kernreaktor (DE-588)4030344-5 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1990 Varenna gnd-content Kernenergie (DE-588)4030318-4 s DE-604 Kernreaktor (DE-588)4030344-5 s Salvetti, Carlo Sonstige oth Scuola Internazionale di Fisica Enrico Fermi: Proceedings of the International School of Physics Enrico Fermi 116 (DE-604)BV000002984 116 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003712861&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Status and perspectives of nuclear energy fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare Scuola Internazionale di Fisica Enrico Fermi: Proceedings of the International School of Physics Enrico Fermi Kernenergie (DE-588)4030318-4 gnd Kernreaktor (DE-588)4030344-5 gnd |
| subject_GND | (DE-588)4030318-4 (DE-588)4030344-5 (DE-588)1071861417 |
| title | Status and perspectives of nuclear energy fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare |
| title_alt | Stato e prospettive dell'energia nucleare |
| title_auth | Status and perspectives of nuclear energy fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare |
| title_exact_search | Status and perspectives of nuclear energy fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare |
| title_full | Status and perspectives of nuclear energy fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare Italian Physical Society. Ed. by C. Salvetti ... |
| title_fullStr | Status and perspectives of nuclear energy fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare Italian Physical Society. Ed. by C. Salvetti ... |
| title_full_unstemmed | Status and perspectives of nuclear energy fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare Italian Physical Society. Ed. by C. Salvetti ... |
| title_short | Status and perspectives of nuclear energy |
| title_sort | status and perspectives of nuclear energy fission und fusion varenna on lake como 10 20 july 1990 stato e prospettive dell energia nucleare |
| title_sub | fission und fusion ; Varenna on Lake Como, 10 - 20 July 1990 = Stato e prospettive dell'energia nucleare |
| topic | Kernenergie (DE-588)4030318-4 gnd Kernreaktor (DE-588)4030344-5 gnd |
| topic_facet | Kernenergie Kernreaktor Konferenzschrift 1990 Varenna |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003712861&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV000002984 |
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