Kinematic methods in high-energy physics
著者
書誌事項
Kinematic methods in high-energy physics
（Soviet scientific reviews supplement series, Physics,
Harwood Academic Publishers, c1989
- タイトル別名
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Kinematicheskie metody v fizike vysokikh ėnergiĭ
- 統一タイトル
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Kinematicheskie metody v fizike vysokikh ėnergiĭ
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注記
Translation of: Kinematicheskie metody v fizike vysokikh ėnergiĭ
Bibliography: p. 251-255
Includes index
内容説明・目次
内容説明
As kinematic methods become increasingly used in the study of elementary-particle interactions, this book provides a basic introduction to the subject, while focusing on recent developments. Other titles in this series include "Theory of Incommensurate Crystals".
目次
- Part 1 Basic principles of relativistic kinematics: introduction
- Lorentz transformation, relativistic invariants
- co-ordinate systems
- kinematic variables in interaction and decay processes - the laws of conservation of energy and momentum
- phase volume decay probability and interaction cross-section
- resonances and non-resonance background. Part 2 Kinematics of two-particle decays: two particle decays in the rest frame of an unstable particle
- energy distribution of products of the two-particle decay of a moving particle
- angular distribution of secondary particles in two-particle decay in flight
- distribution of secondary particles in opening angle for two-particle decay in flight
- transverse-momentum distribution of two particle decay products
- examples of the use of kinematic properties in the physics of elementary particle decays. Part 3 Kinematics of three-particle decays in flight
- transverse-momentum distributions of products of three particle decay in the rest frame of an unstable particle
- three-particle decays in flight
- transverse-momentum distribution
- the decay cone. Part 4 Elastic and quasi-elastic two-particle scattering: kinematics of two-particle scattering
- differential distributions in two-particle elastic and quasi-elastic processes
- examples of application of two-particle kinematics. Part 5 Kinematics of multiple Hadron production: the inclusive method for the description and study of multiple processes
- kinematic variables in inclusive reactions
- the fragmentation and pionization regions in multiple processes, scaling phenomena
- kinematics of multiperipherality
- inclusive production of heavy particles with subsequent two-particle decay
- kinematics of inclusive production of heavy particles wish subsequent three-particle decay. Part 6 Statistical, thermodynamic and hydrodynamic models of multiple production: statistical approach to processes of multiple hadron production
- the covariant and other statistical models of multiple production
- the hydrodynamic model of multiple production
- consequences of the thermodynamic model. Part 7 Kinematics of deep inelastic interaction: kinematic variables of Lepton-nucleon interaction
- phenomenology of elastic and deep inelastic Lepton-nucleon processes
- scaling and kinematics of the quark-parton model of deep inelastic lepton-nucleon interactions
- kinematic sof lepton-parton collissions in the Breit coordinate system
- kinematics of the production of lepton pairs and intermediate bosons in the quark-parton model of hadron-nucleon collisions.
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