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Prog. Theor. Phys. Supplement No.26 (1963) pp. 1-63

[ Full Text PDF : FREE ACCESS (3305K) ]

Theory of Beta Decay

M. Morita

Research Institute for Fundamental Physics, Kyoto University, Kyoto
and
Lawrence Radiation Laboratory, University of California, Berkeley, California

(Received February 24, 1964)

Abstract:

Contents
1. Introduction
2. Fermi or Kurie Plot and Spectral Shape Factor
3. Experimental Data of Beta-Ray Spectra
4. Fierz Interference
5. Coulomb Corrections
5A. General
5B. Finite de Broglie Wavelength Effect
5C. Finite Nuclear Size Correction
5D. Combination of the Effects given in 5B and 5C
5E. Higher Order Terms in Taylor Expansion of Electron Wave Functions
5F. Screening Correction
5G. Ionization of Atom due to Beta Decay
6. Correction due to Internal Bremsstrahlung
7. Corrections from Second Forbidden Matrices
7A. General
7B. Beta-Ray Spectrum of In114
8. Conserved Vector Current Theory
9. Emission of Number of Neutrinos
9A. General
9B. Possible Emission of an Extra Bose Neutrino
9C. Possible Emission of Pairs of Fermi Neutrino
10. Konopinski-Uhlenbeck-Type Interactions
11. Neutrino Mass and Particle Mixture
12. Four-Fermion Interactions with Spin 3/2 Neutrino
13. Effect of Pseudoscalar Interaction
14. Intermediate Bosons
14A. General
14B. Weak Yukawa Boson
14C. Tanikawa Boson
15. G-Parity Nonconserving Interactions
Appendix A. Time-Reversal Invariance in Beta Decay
Appendix B. Summary of Neutrino Recoil Experiments
Appendix C. Relations among Nuclear Matrix Elements of Beta Decay
Appendix D. Six-Fermion Interactions
Notation
References


URL : http://ptp.ipap.jp/link?PTPS/26/1/
DOI : 10.1143/PTPS.26.1

[ Full Text PDF : FREE ACCESS (3305K) ] Citation:

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