Theoretical Nuclear and Subnuclear Physics > 물리학

Table of Contents
Pt. I Basic nuclear structure 1
Ch. 1 Nuclear forces - a review 3
Ch. 2 Nuclear matter 13
Ch. 3 The independent-particle Fermi-gas model 20
Ch. 4 The independent-pair approximation 26
Ch. 5 The shell model 36
Ch. 6 The many-particle shell model 45
Ch. 7 Electromagnetic interactions 53
Ch. 8 Electromagnetism and the shell model 71
Ch. 9 Excited states - equations of motion 81
Ch. 10 Collective modes - a simple model with - g[delta][superscript (3)](r) 91
Ch. 11 Application to a real nucleus - [superscript 16]O 101
Ch. 12 Problems : part 1 106
Pt. 2 The relativistic nuclear many-body problem 115
Ch. 13 Why field theory 117
Ch. 14 A simple model with ([phi], V[subscript [mu]]) and relativistic mean field theory 119
Ch. 15 Extensions of relativistic mean field theory 129
Ch. 16 Quantum hadrodynamics (QHD-I) 136
Ch. 17 Applications 143
Ch. 18 Some thermodynamics 152
Ch. 19 QCD and a phase transition 160
Ch. 20 Pions 169
Ch. 21 Chiral invariance 178
Ch. 22 The [sigma]-model 187
Ch. 23 Dynamic resonances 195
Ch. 24 Effective field theory 207
Ch. 25 Density functional theory - an overview 226
Ch. 26 Problems : part 2 231
Pt. 3 Strong - coupling QCD 245
Ch. 27 QCD - a review 247
Ch. 28 Path integrals 259
Ch. 29 Lattice gauge theory 271
Ch. 30 Mean field theory 283
Ch. 31 Nonabelian theory - SU(2) 296
Ch. 32 Mean field theory - SU(n) 308
Ch. 33 Observables in LGT 316
Ch. 34 Strong-coupling limit 329
Ch. 35 Monte Carlo calculations 339
Ch. 36 Include fermions 351
Ch. 37 QCD-inspired models 361
Ch. 38 Deep-inelastic scattering 382
Ch. 39 Evolution equations 398
Ch. 40 Heavy-ion reactions and the quark-gluon plasma 409
Ch. 41 Problems : part 3 421
Pt. 4 Electroweak interactions with nuclei 429
Ch. 42 Weak interaction phenomenology 431
Ch. 43 Introduction to the standard model 446
Ch. 44 Quarks in the standard model 460
Ch. 45 Weak interactions with nuclei 466
Ch. 46 Semileptonic weak processes 479
Ch. 47 Some applications 494
Ch. 48 Full quark sector of the standard model 513
Ch. 49 Neutrinos 518
Ch. 50 Electron scattering 527
Ch. 51 Problems : part 4 539
Pt. 5 Appendices 547