Nuclear methods and the nuclear equation of state:
Gespeichert in:
Format: | Buch |
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Sprache: | English |
Veröffentlicht: |
Singapore [u.a.]
World Scientfic
1999
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Schriftenreihe: | International review of nuclear physics
8 |
Schlagworte: | |
Online-Zugang: | Inhaltsverzeichnis |
Beschreibung: | XII, 512 S. graph. Darst. |
ISBN: | 9810221657 |
Internformat
MARC
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245 | 1 | 0 | |a Nuclear methods and the nuclear equation of state |c ed. by Marcello Baldo |
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300 | |a XII, 512 S. |b graph. Darst. | ||
336 | |b txt |2 rdacontent | ||
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490 | 1 | |a International review of nuclear physics |v 8 | |
650 | 4 | |a Heavy ion collisions |v Congresses | |
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adam_text | INTERNATIONAL REVIEW OF NUCLEAR PHYSICS - VOL. 8 1999 NUCLEAR METHODS
AND THE NUCLEAR EQUATION OF STATE EDITED BY MARCELLO BALDO ISTITUTO
NAZIONALE DI FISICA NUCLEARE, ITALY UNIVERSLTATSBIBIJOTHEK HANNOVER
TECHNISCHE [NFORMATIORGSB;,?L IOTHPK WORLD SCIENTIFIC SINGAPORE * NEW
JERSEY * LONDON * HONG KONG CONTENTS PREFACE V CHAPTER 1. THE MANY-BODY
THEORY OF THE NUCLEAR EQUATION OF STATE 1 M. BALDO 1. INTRODUCTION 1 2.
STARTING FROM SCRATCH 2 3. INTRODUCING THE INTERACTION 9 3.1 SKETCH OF
THE NUCLEON-NUCLEON INTERACTION 9 3.2 THE MANY-BODY PROBLEM 11 4. THE
BBG EXPANSION 27 5. THE NUCLEAR MATTER EOS AT ZERO TEMPERATURE 40 6.
BEYOND THE UNSTRUCTURED NUCLEONS 53 7. SOME CONCLUSIONS 59 8. ASYMMETRIC
NUCLEAR MATTER 62 9. THE NUCLEAR MATTER EOS AT FINITE TEMPERATURE 63 10.
THE BLOCH-DE DOMINICIS EXPANSION AND THE EOS AT FINITE T 67 10.1 THE
GENERAL FORMALISM 67 10.2 TWO-BODY CORRELATIONS 83 10.3 EOS WITH
TWO-BODY CORRELATIONS 87 10.4 THE CLASSICAL LIMIT 91 10.5 SOME
CONCLUSIONS AND REMARKS 91 APPENDIX A. THE NN INTERACTION 92 APPENDIX B.
THE NN INTERACTION: MATRIX ELEMENTS AND GENERAL FEATURES 97 APPENDIX C.
THE BRUECKNER EQUATIONS 101 APPENDIX D. THREE-HOLE CONTRIBUTION AND THE
BETHE-FADEEV EQUATIONS 105 APPENDIX E. THREE-BODY FORCES 112 APPENDIX F.
THE FINITE TEMPERATURE BRUECKNER EQUATIONS 113 APPENDIX G. THE
SEMI-CLASSICAL LIMIT 115 REFERENCES 116 CHAPTER 2. THE DIRAC-BRUECKNER
APPROACH 121 R. BROCKMANN AND R. MACHLEIDT 1. INTRODUCTION 121 2.
RELATIVISTIC TWO-NUCLEON SCATTERING 125 2.1 COVARIANT EQUATIONS 125 2.2
R-MATRIX EQUATION AND HELICITY STATE BASIS 131 VIII CONTENTS 3.
ONE-BOSON-EXCHANGE POTENTIALS 136 3.1 INTERACTION LAGRANGIANS AND OBE
AMPLITUDES 136 3.2 PARTIAL WAVE DECOMPOSITION 138 3.3 MESON PARAMETERS
AND TWO-NUCLEON PREDICTIONS 143 4. THE DIRAC-BRUECKNER APPROACH 143 5.
RESULTS FOR NUCLEAR MATTER 148 6. IN-MEDIUM CROSS-SECTIONS 153 7. FINITE
NUCLEI 157 8. SUMMARY AND OUTLOOK 161 REFERENCES 164 CHAPTER 3. THE
DIRAC-BRUECKNER APPROACH FOR FINITE NUCLEI 170 H. MIITHER 1.
INTRODUCTION 170 2. SHORT-RANGE CORRELATIONS IN FINITE NUCLEI 173 2.1
RELATIVISTIC BETHE-GOLDSTONE EQUATION 173 2.2 BRUECKNER-HARTREE-FOCK 176
2.3 DBHF RESULTS FOR THE GROUND STATE 180 3. CORRELATION EFFECTS IN A
LOCAL DENSITY APPROXIMATION 183 3.1 EFFECTIVE MESON-EXCHANGE FROM
NUCLEAR MATTER 183 3.2 DIRAC-HARTREE-FOCK IN FINITE NUCLEI 188 3.3
RESULTS OF LDA 192 4. FINGERPRINTS OF RELATIVISTIC EFFECTS 195 4.1
SCHRODINGER EQUIVALENT POTENTIAL 195 4.2 ENERGY DEPENDENCE OF THE
OPTICAL POTENTIAL 197 4.3 SPIN-ORBIT TERM 201 4.4 AXIAL CHARGE OPERATOR
203 5. CONCLUSIONS 209 REFERENCES 210 CHAPTER 4. NON-NUCLEONIC DEGREES
OF FREEDOM 214 L.S. FERREIRA 1. INTRODUCTION 214 2. NUCLEON-NUCLEON
POTENTIAL WITH A DEGREES OF FREEDOM 216 2.1 THE NUCLEON-NUCLEON
INTERACTION 216 2.2 THE NUCLEON-A INTERACTION 218 2.3 NN SCATTERING WITH
A DEGREES OF FREEDOM 221 2.4 QUARKS AND THE N-A INTERACTION 224 3. THE
BETHE BRUECKNER GOLDSTONE APPROACH WITH A DEGREES OF FREEDOM 226 4. THE
EQUATION OF STATE OF NUCLEAR MATTER WITH A DEGREES OF FREEDOM 231
CONTENTS IX 5. THE A SELF-ENERGY 237 6. FINAL REMARKS 241 REFERENCES 242
CHAPTER 5. LONG-RANGE CORRELATIONS IN NUCLEAR MATTER 246 T.T.S. KUO, J.
SHAMANNA AND Y. TZENG 1. INTRODUCTION 246 2. SUMMATION OF RING DIAGRAMS
248 3. MODEL-SPACE G-MATRIX AND SINGLE-PARTICLE SPECTRUM 258 4.
ANGLE-AVERAGE APPROXIMATION FOR RPA EQUATION 263 5. SUMMARY AND
DISCUSSION 268 APPENDIX. ELEMENTS OF GREEN S FUNCTIONS 271 REFERENCES
272 CHAPTER 6. THE MASS OPERATOR AND THE BRUECKNER-BETHE-GOLDSTONE
METHOD 275 R. SARTOR 1. INTRODUCTION 275 2. SUMMARY OF QUANTUM FIELD
THEORY RESULTS 276 2.1 THE INTERACTION PICTURE 276 2.2 THE GELL-MANN AND
LOW THEOREM 279 2.3 GROUND STATE EXPECTATION VALUE OF A TIME-ORDERED
PRODUCT 279 3. ONE-PARTICLE GREEN S FUNCTION AND MASS OPERATOR 280 3.1
DEFINITION OF THE ONE-PARTICLE GREEN S FUNCTION 280 3.2 LEHMANN
REPRESENTATION AND SPECTRAL FUNCTIONS 281 3.3 FIRST DEFINITION OF THE
MASS OPERATOR 283 4. PERTURBATION THEORY AND DIAGRAM TECHNIQUES 283 4.1
THE WICK S THEOREM 283 4.2 FEYNMAN DIAGRAMS 285 4.3 FEYNMAN S RULES FOR
G(K, T - T ) 292 4.4 FEYNMAN S RULES FOR G(K,U) 292 4.5 SECOND
DEFINITION OF THE MASS OPERATOR 294 4.6 GOLDSTONE DIAGRAMS 296 4.7
GOLDSTONE RULES FOR M(K, U) 300 4.8 GOLDSTONE RULES FOR THE GROUND STATE
ENERGY 301 5. THE BRUECKNER LADDER SUMMATION AND THE HOLE-LINE EXPANSION
302 5.1 THE BETHE-GOLDSTONE EQUATION 302 5.2 THE HOLE-LINE EXPANSION 306
5.3 THE BETHE-BRANDOW-PETSCHECK (BBP) THEOREM 309 6. CHOICE OF THE
AUXILIARY POTENTIAL U 31 2 6.1 CALCULATION OF THE MASS OPERATOR FOR
SYSTEMS WITH ATTRACTIVE FORCES 314 X CONTENTS 6.2 CALCULATION OF THE
MASS OPERATOR FOR SYSTEMS WITH REPULSIVE FORCES 319 6.3 CALCULATION OF
REAL QUANTITIES 321 7. SUMMARY 323 REFERENCES 324 CHAPTER 7. THE NUCLEON
PROPAGATOR IN NUCLEAR MEDIUM 326 W.H. DICKHOFF 1. INTRODUCTION 326 2.
SINGLE-PARTICLE PROPAGATOR 329 2.1 ONE-PARTICLE PROBLEM 329 2.2
PROPAGATOR IN THE MANY-PARTICLE SYSTEM 332 2.3 SPECTRAL FUNCTIONS AND
OCCUPATION NUMBERS 334 2.4 NONINTERACTING SINGLE-PARTICLE PROPAGATOR 337
2.5 DIAGRAMS AND THE PROPAGATOR 339 2.6 DYSON EQUATION AND SELF-ENERGY
341 2.7 SELF-CONSISTENT GREEN S FUNCTIONS 342 3. CALCULATIONS FOR THE
NUCLEAR SYSTEMS 345 3.1 HARTREE-FOCK APPROXIMATION 345 3.2 BEYOND
HARTREE-FOCK 349 3.3 RELATION TO THE ANALYSIS OF THE (E,E ,P) REACTION
354 3.4 LONG-RANGE CORRELATIONS IN FINITE NUCLEI 355 3.5
SELF-CONSISTENCY AND LADDER DIAGRAMS 364 3.6 PAIRING CORRELATIONS IN
SEMI-MAGIC NUCLEI 368 3.7 INFLUENCE OF SHORT-RANGE CORRELATIONS 372 4.
SUMMARY AND CONCLUSIONS 376 REFERENCES 377 CHAPTER 8. NEUTRON STARS
STRUCTURE AND NUCLEAR EQUATION OF STATE 381 /. BOMBACI 1. INTRODUCTION
381 1.1 EQUATION OF STATE: RELEVANT DEGREES OF FREEDOM 381 . 1.2 NEUTRON
STARS HISTORY 383 2. NEUTRON STARS STRUCTURE 384 2.1 STELLAR
EQUILIBRIUM IN GENERAL THEORY OF RELATIVITY 384 2.2
TOLMAN-OPPENHEIMER-VOLKOFF EQUATIONS 384 2.3 ROLE OF THE EOS 385 2.4
MASSES AND BINDING ENERGIES 386 2.5 THE OPPENHEIMER-VOLKOFF MASS 387 2.6
ROLE OF SPECIAL AND GENERAL RELATIVITY ON THE CONCEPT OF MAXIMUM MASS
389 CONTENTS XI 2.6.1 RELATIVISTIC FREE FERMI GAS OF NEUTRONS IN GENERAL
RELATIVITY 389 2.6.2 NON-RELATIVISTIC FREE FERMI GAS OF NEUTRONS IN
NEWTONIAN GRAVITATION 390 2.6.3 NON-RELATIVISTIC LIMIT OF A FREE FERMI
GAS OF NEUTRONS IN NEWTONIAN GRAVITATION 392 2.6.4 RELATIVISTIC FREE
FERMI GAS OF NEUTRONS IN NEWTONIAN GRAVITATION 393 2.6.5
NON-RELATIVISTIC FREE FERMI GAS OF NEUTRONS IN GENERAL RELATIVITY 394
2.7 LOWER BOUND FOR M MI 394 2.8 UPPER BOUND FOR M MAX 396 3. EQUATION
OF STATE OF ASYMMETRIC NUCLEAR MATTER 397 3.1 MICROSCOPIC VERSUS
PHENOMENOLOGICAL APPROACHES 397 3.2 MICROSCOPIC EOS: EXTENDED
BRUECKNER-BETHE-GOLDSTONE THEORY 399 3.3 MICROSCOPIC EOS WITH THREE-BODY
FORCES 406 3.4 PHENOMENOLOGICAL EOS: A GENERALIZED SKYRME-LIKE EOS 412
3.5 /3-STABLE NUCLEAR MATTER 423 3.6 THE EOS FOR THE NEUTRON STAR S
CRUST 428 3.7 RESULTS 428 4. STRANGE STARS 432 4.1 QUARK MATTER 432 4.2
/3-STABLE STRANGE QUARK MATTER 437 4.3 SCALING OF THE TOV EQUATIONS 438
4.4 STABILITY OF BULK STRANGE QUARK MATTER 439 4.5 RESULTS 439 4.6
STRANGE STAR CANDIDATES 442 APPENDIX A. NEWTONIAN HYDROSTATIC
EQUILIBRIUM FOR A POLYTROPIC EOS 450 REFERENCES 451 CHAPTER 9.
SUPERFLUIDITY IN NUCLEAR MATTER 458 U. LOMBARDO 1. INTRODUCTION 458 2.
BCS THEORY OF SUPERFLUIDITY OF NUCLEAR MATTER 459 2.1 MEAN-FIELD
APPROACH 459 2.2 PAIRING INTERACTION 462 2.3 BCS MODEL HAMILTONIAN 463
2.4 GORKOV EQUATIONS 464 3. SUPERFLUID PHASES IN NUCLEAR MATTER 467 3.1
GENERAL FEATURES 467 3.1.1 RENORMALIZATION OF THE PAIRING INTERACTION
467 3.1.2 GAP FUNCTION 467 XII CONTENTS 3.1.3 SINGLE-PARTICLE SPECTRUM
469 3.1.4 WEAK-COUPLING APPROXIMATION 470 3.1.5 SCALING PROPERTIES OF
THE GAP 472 3.1.6 CRITICAL TEMPERATURE 473 3.2 SUPERFLUID PHASES FROM
REALISTIC FORCES 474 3.2.1 X 5O PAIRING IN NEUTRON MATTER 477 3.2.2 3 P
2 ANISOTROPIC PAIRING 478 3.2.3 3 2 ANISOTROPIC PAIRING 479 4.
APPLICATIONS IN ASTROPHYSICS 479 4.1 ABUNDANCE OF THE PROTON CONTAMINANT
480 4.2 PROTON SINGLE-PARTICLE SPECTRUM 482 4.3 PROTON 1 S 0 PAIRING 483
4.4 COOLING IN NEUTRON STARS 483 5. MEDIUM POLARIZATION EFFECTS 485 5.1
LANDAU PARAMETERS 486 5.2 BRUECKNER THEORY 487 5.3 INDUCED INTERACTION
489 5.4 SUPERFLUIDITY WITH SCREENED PAIRING INTERACTION 489 6.
NEUTRON-PROTON SUPERFLUIDITY 491 6.1 FORMALISM 493 6.2 S-D PAIRING IN
SYMMETRIC NUCLEAR MATTER 495 6.3 CROSSOVER TO A BOSE CONDENSATE 496 6.4
A MECHANISM OF DEUTERON PRODUCTION IN HIC 499 6.5 DISAPPEARANCE OF
SUPERFLUIDITY IN ASYMMETRIC NUCLEAR MATTER 501 7. OUTLOOK 503 APPENDIX
A. SOLVING THE GAP EQUATION WITH SEPARABLE INTERACTION 504 APPENDIX B.
HIGH-MOMENTUM COMPONENTS OF V{K, K ) 505 REFERENCES 507 LIST OF
CONTRIBUTORS 511
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physical | XII, 512 S. graph. Darst. |
publishDate | 1999 |
publishDateSearch | 1999 |
publishDateSort | 1999 |
publisher | World Scientfic |
record_format | marc |
series | International review of nuclear physics |
series2 | International review of nuclear physics |
spelling | Nuclear methods and the nuclear equation of state ed. by Marcello Baldo Singapore [u.a.] World Scientfic 1999 XII, 512 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier International review of nuclear physics 8 Heavy ion collisions Congresses Nuclear astrophysics Congresses Nuclear matter Congresses Zustandsgleichung (DE-588)4068158-0 gnd rswk-swf Kernmaterie (DE-588)4163615-6 gnd rswk-swf (DE-588)1071861417 Konferenzschrift gnd-content Kernmaterie (DE-588)4163615-6 s Zustandsgleichung (DE-588)4068158-0 s DE-604 Baldo, Marcello Sonstige oth International review of nuclear physics 8 (DE-604)BV000021114 8 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009231570&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Nuclear methods and the nuclear equation of state International review of nuclear physics Heavy ion collisions Congresses Nuclear astrophysics Congresses Nuclear matter Congresses Zustandsgleichung (DE-588)4068158-0 gnd Kernmaterie (DE-588)4163615-6 gnd |
subject_GND | (DE-588)4068158-0 (DE-588)4163615-6 (DE-588)1071861417 |
title | Nuclear methods and the nuclear equation of state |
title_auth | Nuclear methods and the nuclear equation of state |
title_exact_search | Nuclear methods and the nuclear equation of state |
title_full | Nuclear methods and the nuclear equation of state ed. by Marcello Baldo |
title_fullStr | Nuclear methods and the nuclear equation of state ed. by Marcello Baldo |
title_full_unstemmed | Nuclear methods and the nuclear equation of state ed. by Marcello Baldo |
title_short | Nuclear methods and the nuclear equation of state |
title_sort | nuclear methods and the nuclear equation of state |
topic | Heavy ion collisions Congresses Nuclear astrophysics Congresses Nuclear matter Congresses Zustandsgleichung (DE-588)4068158-0 gnd Kernmaterie (DE-588)4163615-6 gnd |
topic_facet | Heavy ion collisions Congresses Nuclear astrophysics Congresses Nuclear matter Congresses Zustandsgleichung Kernmaterie Konferenzschrift |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009231570&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
volume_link | (DE-604)BV000021114 |
work_keys_str_mv | AT baldomarcello nuclearmethodsandthenuclearequationofstate |