Relativistic dynamics and quark-nuclear physics
Author(s)
Bibliographic Information
Relativistic dynamics and quark-nuclear physics
J. Wiley, c1986
Available at 29 libraries
Note
Papers based on lectures given at the Los Alamos Workshop on Relativistic Dynamics and Quark Nuclear Physics, held at the Los Alamos National Laboratory during June 1985
"A Wiley-Interscience publication."
Description and Table of Contents
Description
This book treats and contrasts two competing orientations toward nuclear structure and scattering: the traditional, relativistic meson theory and the more modern quark-gluon theory. It includes recent developments and focuses on fundamental theory, featuring discussion of research projects currently under study. Also considered are such topics as the application of meson theory in nuclear physics, the theoretical approach in electron scattering, application of quantum chromatic dynamics to the scattering of electrons from nuclei, lattice gauge theory and much more. The book will be useful to graduate students of all levels.
Table of Contents
- RELATIVISTIC DYNAMICS: Nonrelativistic and Relativistic Multiple Scattering
- The Meson Theory of Nuclear Forces and Nuclear Matter
- Electronuclear Reactions and Meson Exchange Currents
- Relativistic Meson-Nucleon Models: Applications to Bound and Scattering States
- Antiproton Physics at Intermediate Energy
- Development of the Dirac Scattering Approach
- Implications of Dirac Nuclear Structure for Electron Scattering
- A Relativistic Schematic Model of Nuclear Structure in Light Nuclei
- Studies of Nuclear Structure Using a Finite Range Dirac Interaction
- Relativistic and Nonrelativistic Dynamics in the (e,e'p) Reaction
- A Dynamical Basis for NN Amplitudes and Dirac Optical Potentials
- Relativistic vs Nonrelativistic Models of Proton-Nucleus Inelastic Scattering
- Recent Experimental Results in (e,e'p)
- Antiprotons Are Another Matter
- QUARK-NUCLEAR PHYSICS: Deep Inelastic Scattering with Application to Nuclear Targets
- Nuclear Physics from the Quark Model with Chromodynamics
- Hadronic Matter on a Lattice
- Low Energy Phenomenology with Skyrmions
- Nuclear Force in a Quark Model
- Two Baryon Systems in the Nonrelativistic Quark Model
- Covariant Condensate Wave Functions in the Skyrme Model
- Nuclei in the Skyrme Model.
by "Nielsen BookData"