Phase shift analysis in nuclear astrophysics by Sergey Dubovichenko.
Material type:![Text](/opac-tmpl/lib/famfamfam/BK.png)
Includes bibliographical references.
Intro -- Contents -- Introduction -- I: Methods of Solving the Schrödinger Equation -- Introduction -- 1.1 The general methods of solving the Schrödinger equation -- 1.2 The numerical methods of solving the Schrödinger equation -- 1.3 Program for the calculation of phase shifts for the central real potentials -- 1.4 Program for calculating scattering phase shifts for the central complex potentials -- 1.5 Creation of the intercluster potentials -- 1.6 Potentials and wave functions -- 1.7 Methods of phase shift analysis -- 1.8 General principles of the three-body model
1.9 Variation methods of the three-body model -- Conclusion -- II: Phase Shift Analysis -- Introduction -- 2.1 Phase shift analysis of elastic 4He4He scattering -- 2.2 Phase shift analysis of 4He12C elastic scattering -- 2.3 Phase shift analysis of elastic N12C, p14C, and N16O scattering -- 2.4 Phase shift analysis of elastic p6Li scattering -- 2.5 Phase shift analysis and computer programs for scattering of non-identical particles with 1/2+1/2 spin -- Conclusion -- III: The Three-Body Model -- Introduction -- 3.1 The three-body configurations of 7Li and the three-body program
3.2 Three-body model of 9Be -- 3.3 The three-cluster structure of 11B -- Conclusion -- Author Information -- References
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