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|a 9789814478816 (electronic bk.)
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|a 9814478814 (electronic bk.)
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|a 9814478806 (cloth)
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|a 9789814478809 (cloth)
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|a 9781299462830 (MyiLibrary)
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|b MIL
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|a 539.7/21
|2 23
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|a QC793.3.H5
|b T47 2013
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|a Three-particle physics and Dispersion Relation theory /
|c A.V. Anisovich ... [et al.].
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|a Singapore ;
|a Hackensack, NJ :
|b World Scientific,
|c c2013.
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|a 1 online resource.
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|a text
|b txt
|2 rdacontent
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|a computer
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|a online resource
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|a Includes bibliographical references.
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|a 1. Introduction. 1.1. Non-relativistic three-nucleon and three-quark systems. 1.2. Dispersion relation technique for three particle systems -- 2. Elements of dispersion relation technique for two-body scattering reactions. 2.1. Analytical properties of four-point amplitudes. 2.2. Dispersion relation N/D-method and ansatz of separable interactions. 2.3. Instantaneous interaction and spectral integral equation for two-body systems. 2.4. Appendix A. Angular momentum operators. 2.5. Appendix B: The [symbol] scattering amplitude near the twopion thresholds, [symbol]. 2.6. Appendix C: Four-pole fit of the [symbol] wave in the region M[symbol] < 900 MeV -- 3. Spectral integral equation for the decay of a spinless particle. 3.1. Three-body system in terms of separable interactions: analytic continuation of the four-point scattering amplitude to the decay region. 3.2. Non-relativistic approach and transition of two-particle spectral integral to the three-particle one. 3.3. Consideration of amplitudes in terms of a three-particle spectral integral. 3.4. Three-particle composite systems, their wave functions and form factors. 3.5. Equation for an amplitude in the case of instantaneous interactions in the final state. 3.6. Conclusion. 3.7. Appendix A. Example: loop diagram with [symbol]. 3.8. Appendix B. Phase space for n-particle state. 3.9. Appendix C. Feynman diagram technique and evolution of systems in the positive time-direction 3.10. Appendix D. Coordinate representation for non-relativistic three-particle wave function -- 4. Non-relativistic three-body amplitude. 4.1. Introduction. 4.2. Non-resonance interaction of the produced particles. 4.3. The production of three particles near the threshold when two particles interact strongly. 4.4. Decay amplitude for K [symbol] and pion interaction. 4.5. Equation for the three-nucleon amplitude. 4.6. Appendix A. Landau rules for finding the singularities of the diagram. 4.7. Appendix B. Anomalous thresholds and final state interaction. 4.8. Appendix C. Homogeneous Skornyakov-Ter-Martirosyan equation. 4.9. Appendix D. Coordinates and observables in the threebody problem.
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|a 5. Propagators of spin particles and relativistic spectral integral equations. 5.1. Boson propagators. 5.2. Propagators of fermions. 5.3. Spectral integral equations for the coupled three-meson decay channels in [symbol] annihilation at rest. 5.4. Conclusion -- 6. Isobar model and partial wave analysis. D-matrix method. 6.1. The K-matrix and D-matrix techniques. 6.2. Meson-meson scattering. 6.3. Partial wave analysis of baryon spectra in the frameworks of K-matrix and D-matrix methods -- 7. Reggeon-exchange technique. 7.1. Introduction. 7.2. Meson-nucleon collisions at high energies: peripheral two-meson production in terms of reggeon exchanges. 7.3. Results of the fit. 7.4. Summary for isoscalar resonances. 7.5. Appendix A. D-matrix technique in the two-meson production reactions. 7.6. Appendix B. Elements of the reggeon exchange technique in the two-meson production reactions. 7.7. Appendix C. Cross sections for the reactions [symbol]. 7.8. Appendix D. Status of trajectories on [symbol] plane. 7.9. Appendix E. Assignment of mesons to nonets -- 8. Searching for the quark-diquark systematics of baryons. 8.1. Diquarks and reduction of baryon states. 8.2. Baryons as quark-diquark systems. 8.3. The setting of states with L = 0 and the SU(6) symmetry. 8.4.The setting of baryons with L > 0 as [symbol] states. 8.5. Version with [symbol] and overlapping [symbol] and [symbol] states. 8.6. Conclusion. 8.7. Appendix A. Spectral integral equations for pure [symbol] and [symbol] systems. 8.8. Appendix B. Group theoretical description. Symmetrical basis in the three-body problem -- 9. Conclusion.
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|a Description based on online resource; title from digital title page (viewed on July 30, 2013).
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|a Particles (Nuclear physics)
|0 http://id.loc.gov/authorities/subjects/sh85098374
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|a Dispersion relations.
|0 http://id.loc.gov/authorities/subjects/sh85038459
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|a Dispersion relations.
|2 fast
|0 http://id.worldcat.org/fast/fst00895311
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|a Particles (Nuclear physics)
|2 fast
|0 http://id.worldcat.org/fast/fst01054130
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|a Anisovich, A. V.
|0 http://id.loc.gov/authorities/names/no2009019236
|1 http://viaf.org/viaf/78937002
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