The Resource Theoretical nuclear and subnuclear physics, John Dirk Walecka
Theoretical nuclear and subnuclear physics, John Dirk Walecka
Resource Information
The item Theoretical nuclear and subnuclear physics, John Dirk Walecka represents a specific, individual, material embodiment of a distinct intellectual or artistic creation found in University of Liverpool.This item is available to borrow from 1 library branch.
Resource Information
The item Theoretical nuclear and subnuclear physics, John Dirk Walecka represents a specific, individual, material embodiment of a distinct intellectual or artistic creation found in University of Liverpool.
This item is available to borrow from 1 library branch.
- Summary
- "This book is a revised and updated version of the most comprehensive text on nuclear physics, first published in 1995. It maintains the original goal of providing a clear, logical, in-depth and unifying treatment of modern nuclear theory, ranging from the nonrelativistic many-body problem to the standard model of the strong, electromagnetic, and weak interactions. In addition, new chapters on the theoretical and experimental advances made in nuclear physics in the past decade have been incorporated." "This book is designed to provide graduate students with a basic understanding of modern nuclear and hadronic physics needed to explore the frontiers of the field. Researchers will benefit from the updates on developments and the bibliography."--BOOK JACKET
- Language
- eng
- Edition
- 2nd ed.
- Extent
- xix, 607 p.
- Contents
-
- Pt. I.
- Basic nuclear structure.
- p. 1
- Ch. 1.
- Nuclear forces - a review.
- p. 3
- Ch. 2.
- Nuclear matter.
- p. 13
- Ch. 3.
- independent-particle Fermi-gas model.
- p. 20
- Ch. 4.
- independent-pair approximation.
- p. 26
- Ch. 5.
- shell model.
- p. 36
- Ch. 6.
- many-particle shell model.
- p. 45
- Ch. 7.
- Electromagnetic interactions.
- p. 53
- Ch. 8.
- Electromagnetism and the shell model.
- p. 71
- Ch. 9.
- Excited states - equations of motion.
- p. 81
- Ch. 10.
- Collective modes - a simple model with - g[delta][superscript (3)](r).
- p. 91
- Ch. 11.
- Application to a real nucleus - [superscript 16]O.
- p. 101
- Ch. 12.
- Problems : part 1.
- p. 106
- Pt. 2.
- relativistic nuclear many-body problem.
- p. 115
- Ch. 13.
- Why field theory.
- p. 117
- Ch. 14.
- simple model with ([phi], V[subscript [mu]]) and relativistic mean field theory.
- p. 119
- Ch. 15.
- Extensions of relativistic mean field theory.
- p. 129
- Ch. 16.
- Quantum hadrodynamics (QHD-I).
- p. 136
- Ch. 17.
- Applications.
- p. 143
- Ch. 18.
- Some thermodynamics.
- p. 152
- Ch. 19.
- QCD and a phase transition.
- p. 160
- Ch. 20.
- Pions.
- p. 169
- Ch. 21.
- Chiral invariance.
- p. 178
- Ch. 22.
- [sigma]-model.
- p. 187
- Ch. 23.
- Dynamic resonances.
- p. 195
- Ch. 24.
- Effective field theory.
- p. 207
- Ch. 25.
- Density functional theory - an overview.
- p. 226
- Ch. 26.
- Problems : part 2.
- p. 231
- Pt. 3.
- Strong - coupling QCD.
- p. 245
- Ch. 27.
- QCD - a review.
- p. 247
- Ch. 28.
- Path integrals.
- p. 259
- Ch. 29.
- Lattice gauge theory.
- p. 271
- Ch. 30.
- Mean field theory.
- p. 283
- Ch. 31.
- Nonabelian theory - SU(2).
- p. 296
- Ch. 32.
- Mean field theory - SU(n).
- p. 308
- Ch. 33.
- Observables in LGT.
- p. 316
- Ch. 34.
- Strong-coupling limit.
- p. 329
- Ch. 35.
- Monte Carlo calculations.
- p. 339
- Ch. 36.
- Include fermions.
- p. 351
- Ch. 37.
- QCD-inspired models.
- p. 361
- Ch. 38.
- Deep-inelastic scattering.
- p. 382
- Ch. 39.
- Evolution equations.
- p. 398
- Ch. 40.
- Heavy-ion reactions and the quark-gluon plasma.
- p. 409
- Ch. 41.
- Problems : part 3.
- p. 421
- Pt. 4.
- Electroweak interactions with nuclei.
- p. 429
- Ch. 42.
- Weak interaction phenomenology.
- p. 431
- Ch. 43.
- Introduction to the standard model.
- p. 446
- Ch. 44.
- Quarks in the standard model.
- p. 460
- Ch. 45.
- Weak interactions with nuclei.
- p. 466
- Ch. 46.
- Semileptonic weak processes.
- p. 479
- Ch. 47.
- Some applications.
- p. 494
- Ch. 48.
- Full quark sector of the standard model.
- p. 513
- Ch. 49.
- Neutrinos.
- p. 518
- Ch. 50.
- Electron scattering.
- p. 527
- Ch. 51.
- Problems : part 4.
- p. 539
- Pt. 5.
- Appendices.
- p. 547
- Isbn
- 9789812387950
- Label
- Theoretical nuclear and subnuclear physics
- Title
- Theoretical nuclear and subnuclear physics
- Statement of responsibility
- John Dirk Walecka
- Language
- eng
- Summary
- "This book is a revised and updated version of the most comprehensive text on nuclear physics, first published in 1995. It maintains the original goal of providing a clear, logical, in-depth and unifying treatment of modern nuclear theory, ranging from the nonrelativistic many-body problem to the standard model of the strong, electromagnetic, and weak interactions. In addition, new chapters on the theoretical and experimental advances made in nuclear physics in the past decade have been incorporated." "This book is designed to provide graduate students with a basic understanding of modern nuclear and hadronic physics needed to explore the frontiers of the field. Researchers will benefit from the updates on developments and the bibliography."--BOOK JACKET
- Cataloging source
- NTU
- http://library.link/vocab/creatorDate
- 1932-
- http://library.link/vocab/creatorName
- Walecka, John Dirk
- Illustrations
- illustrations
- Index
- index present
- Literary form
- non fiction
- Nature of contents
- bibliography
- http://library.link/vocab/subjectName
-
- Nuclear structure
- Nuclear reactions
- Electroweak interactions
- Continuous Electron Beam Accelerator Facility
- Continuous Electron Beam Accelerator Facility
- Label
- Theoretical nuclear and subnuclear physics, John Dirk Walecka
- Bibliography note
- Includes bibliographical references (p. 578-592) and index
- Carrier category
- volume
- Carrier category code
-
- nc
- Carrier MARC source
- rdacarrier
- Content category
- text
- Content type code
-
- txt
- Content type MARC source
- rdacontent
- Contents
-
- Pt. I.
- Basic nuclear structure.
- p. 1
- Ch. 1.
- Nuclear forces - a review.
- p. 3
- Ch. 2.
- Nuclear matter.
- p. 13
- Ch. 3.
- independent-particle Fermi-gas model.
- p. 20
- Ch. 4.
- independent-pair approximation.
- p. 26
- Ch. 5.
- shell model.
- p. 36
- Ch. 6.
- many-particle shell model.
- p. 45
- Ch. 7.
- Electromagnetic interactions.
- p. 53
- Ch. 8.
- Electromagnetism and the shell model.
- p. 71
- Ch. 9.
- Excited states - equations of motion.
- p. 81
- Ch. 10.
- Collective modes - a simple model with - g[delta][superscript (3)](r).
- p. 91
- Ch. 11.
- Application to a real nucleus - [superscript 16]O.
- p. 101
- Ch. 12.
- Problems : part 1.
- p. 106
- Pt. 2.
- relativistic nuclear many-body problem.
- p. 115
- Ch. 13.
- Why field theory.
- p. 117
- Ch. 14.
- simple model with ([phi], V[subscript [mu]]) and relativistic mean field theory.
- p. 119
- Ch. 15.
- Extensions of relativistic mean field theory.
- p. 129
- Ch. 16.
- Quantum hadrodynamics (QHD-I).
- p. 136
- Ch. 17.
- Applications.
- p. 143
- Ch. 18.
- Some thermodynamics.
- p. 152
- Ch. 19.
- QCD and a phase transition.
- p. 160
- Ch. 20.
- Pions.
- p. 169
- Ch. 21.
- Chiral invariance.
- p. 178
- Ch. 22.
- [sigma]-model.
- p. 187
- Ch. 23.
- Dynamic resonances.
- p. 195
- Ch. 24.
- Effective field theory.
- p. 207
- Ch. 25.
- Density functional theory - an overview.
- p. 226
- Ch. 26.
- Problems : part 2.
- p. 231
- Pt. 3.
- Strong - coupling QCD.
- p. 245
- Ch. 27.
- QCD - a review.
- p. 247
- Ch. 28.
- Path integrals.
- p. 259
- Ch. 29.
- Lattice gauge theory.
- p. 271
- Ch. 30.
- Mean field theory.
- p. 283
- Ch. 31.
- Nonabelian theory - SU(2).
- p. 296
- Ch. 32.
- Mean field theory - SU(n).
- p. 308
- Ch. 33.
- Observables in LGT.
- p. 316
- Ch. 34.
- Strong-coupling limit.
- p. 329
- Ch. 35.
- Monte Carlo calculations.
- p. 339
- Ch. 36.
- Include fermions.
- p. 351
- Ch. 37.
- QCD-inspired models.
- p. 361
- Ch. 38.
- Deep-inelastic scattering.
- p. 382
- Ch. 39.
- Evolution equations.
- p. 398
- Ch. 40.
- Heavy-ion reactions and the quark-gluon plasma.
- p. 409
- Ch. 41.
- Problems : part 3.
- p. 421
- Pt. 4.
- Electroweak interactions with nuclei.
- p. 429
- Ch. 42.
- Weak interaction phenomenology.
- p. 431
- Ch. 43.
- Introduction to the standard model.
- p. 446
- Ch. 44.
- Quarks in the standard model.
- p. 460
- Ch. 45.
- Weak interactions with nuclei.
- p. 466
- Ch. 46.
- Semileptonic weak processes.
- p. 479
- Ch. 47.
- Some applications.
- p. 494
- Ch. 48.
- Full quark sector of the standard model.
- p. 513
- Ch. 49.
- Neutrinos.
- p. 518
- Ch. 50.
- Electron scattering.
- p. 527
- Ch. 51.
- Problems : part 4.
- p. 539
- Pt. 5.
- Appendices.
- p. 547
- Control code
- ocm56940919
- Dimensions
- 26 cm.
- Edition
- 2nd ed.
- Extent
- xix, 607 p.
- Isbn
- 9789812387950
- Media category
- unmediated
- Media MARC source
- rdamedia
- Media type code
-
- n
- Other physical details
- ill.
- Label
- Theoretical nuclear and subnuclear physics, John Dirk Walecka
- Bibliography note
- Includes bibliographical references (p. 578-592) and index
- Carrier category
- volume
- Carrier category code
-
- nc
- Carrier MARC source
- rdacarrier
- Content category
- text
- Content type code
-
- txt
- Content type MARC source
- rdacontent
- Contents
-
- Pt. I.
- Basic nuclear structure.
- p. 1
- Ch. 1.
- Nuclear forces - a review.
- p. 3
- Ch. 2.
- Nuclear matter.
- p. 13
- Ch. 3.
- independent-particle Fermi-gas model.
- p. 20
- Ch. 4.
- independent-pair approximation.
- p. 26
- Ch. 5.
- shell model.
- p. 36
- Ch. 6.
- many-particle shell model.
- p. 45
- Ch. 7.
- Electromagnetic interactions.
- p. 53
- Ch. 8.
- Electromagnetism and the shell model.
- p. 71
- Ch. 9.
- Excited states - equations of motion.
- p. 81
- Ch. 10.
- Collective modes - a simple model with - g[delta][superscript (3)](r).
- p. 91
- Ch. 11.
- Application to a real nucleus - [superscript 16]O.
- p. 101
- Ch. 12.
- Problems : part 1.
- p. 106
- Pt. 2.
- relativistic nuclear many-body problem.
- p. 115
- Ch. 13.
- Why field theory.
- p. 117
- Ch. 14.
- simple model with ([phi], V[subscript [mu]]) and relativistic mean field theory.
- p. 119
- Ch. 15.
- Extensions of relativistic mean field theory.
- p. 129
- Ch. 16.
- Quantum hadrodynamics (QHD-I).
- p. 136
- Ch. 17.
- Applications.
- p. 143
- Ch. 18.
- Some thermodynamics.
- p. 152
- Ch. 19.
- QCD and a phase transition.
- p. 160
- Ch. 20.
- Pions.
- p. 169
- Ch. 21.
- Chiral invariance.
- p. 178
- Ch. 22.
- [sigma]-model.
- p. 187
- Ch. 23.
- Dynamic resonances.
- p. 195
- Ch. 24.
- Effective field theory.
- p. 207
- Ch. 25.
- Density functional theory - an overview.
- p. 226
- Ch. 26.
- Problems : part 2.
- p. 231
- Pt. 3.
- Strong - coupling QCD.
- p. 245
- Ch. 27.
- QCD - a review.
- p. 247
- Ch. 28.
- Path integrals.
- p. 259
- Ch. 29.
- Lattice gauge theory.
- p. 271
- Ch. 30.
- Mean field theory.
- p. 283
- Ch. 31.
- Nonabelian theory - SU(2).
- p. 296
- Ch. 32.
- Mean field theory - SU(n).
- p. 308
- Ch. 33.
- Observables in LGT.
- p. 316
- Ch. 34.
- Strong-coupling limit.
- p. 329
- Ch. 35.
- Monte Carlo calculations.
- p. 339
- Ch. 36.
- Include fermions.
- p. 351
- Ch. 37.
- QCD-inspired models.
- p. 361
- Ch. 38.
- Deep-inelastic scattering.
- p. 382
- Ch. 39.
- Evolution equations.
- p. 398
- Ch. 40.
- Heavy-ion reactions and the quark-gluon plasma.
- p. 409
- Ch. 41.
- Problems : part 3.
- p. 421
- Pt. 4.
- Electroweak interactions with nuclei.
- p. 429
- Ch. 42.
- Weak interaction phenomenology.
- p. 431
- Ch. 43.
- Introduction to the standard model.
- p. 446
- Ch. 44.
- Quarks in the standard model.
- p. 460
- Ch. 45.
- Weak interactions with nuclei.
- p. 466
- Ch. 46.
- Semileptonic weak processes.
- p. 479
- Ch. 47.
- Some applications.
- p. 494
- Ch. 48.
- Full quark sector of the standard model.
- p. 513
- Ch. 49.
- Neutrinos.
- p. 518
- Ch. 50.
- Electron scattering.
- p. 527
- Ch. 51.
- Problems : part 4.
- p. 539
- Pt. 5.
- Appendices.
- p. 547
- Control code
- ocm56940919
- Dimensions
- 26 cm.
- Edition
- 2nd ed.
- Extent
- xix, 607 p.
- Isbn
- 9789812387950
- Media category
- unmediated
- Media MARC source
- rdamedia
- Media type code
-
- n
- Other physical details
- ill.
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