This classic volume, reprinted twenty years after it was first published, takes a close look at the theory of direct nuclear reactions. It emphasizes the microscopic aspects of these reactions and their description in terms of the changes induced in the motion of individual nucleons, except where collective motion in nuclei gives a more succinct description. Assuming only a modest knowledge of quantum mechanics and some acquaintance with angular momentum algebra, the book begins essentially at the beginning. Its goal is to provide the novice with the means of becoming competent to do research on direct reactions, and the experienced researcher with a detailed discussion of advanced topics. For completeness, appendices on angular momentum algebra and special functions are included.
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.,." a concise presentation of the theoretical foundations of the direct nuclear reactions topic at a textbook level for graduate students ..."
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Hardcover. Condition: Very Good. Dust Jacket Condition: Good. Hardcover, xviii + 378pp, NOT ex-library. Interior is clean and bright throughout with unmarked text, free of inscriptions and stamps. Minor wear to tips of page corners; firm secure binding. Boards show small indentations and creases to upper corners, a couple of small marks. Dust jacket is untorn, gently shelfworn, with faint marks and scratches, light scuffing and a bit of creasing to edges. -- This classic volume, reprinted twenty years after it was first published, takes a close look at the theory of direct nuclear reactions. It emphasizes the microscopic aspects of these reactions and their description in terms of the changes induced in the motion of individual nucleons, except where collective motion in nuclei gives a more succinct description. Assuming only a modest knowledge of quantum mechanics and some acquaintance with angular momentum algebra, the book begins essentially at the beginning. Its goal is to provide the novice with the means of becoming competent to do research on direct reactions, and the experienced researcher with a detailed discussion of advanced topics. For completeness, appendices on angular momentum algebra and special functions are included. -- Contents: 1. Introduction: Direct & Compound Nuclear Reactions [Observables; Direct & Compound Nuclear Reactions; Competition between Direct & Compound Nuclear Reactions; Historical Note] 2. Plane-Wave Theory 3. Scattering Theory & General Results [Motivation; Nuclear Shell Model; Reaction Channels or Partitions; Integral Equations & Scattering Amplitude; Asymptotic Form of Complete Wave Function; First Born Approximation; Cross Section] 4. Phenomenological Optical Potential [Rationale for Optical Potential; Partial Wave Expansion, Radial Wave Function, Its Asymptotic Behavior; Elastic Scattering Amplitude; Coulomb & Nuclear Potentials; Parametrization of Optical Potential; Elastic Scattering of Alpha Particles; Spin-Orbit Interaction & Nucleon Elastic Scattering; Elastic Scattering of Heavy Ions; Imaginary Potential & Mean Free Path; Systematics of Parameters; Nonlocality of Optical Potential; Convergence of Partial Wave Sum] 5. Distorted-Wave Born Approximation [Distorted-Wave Green's Functions; Gell-Mann & Goldberger Transformation; Two-Potential Formula; DWBA Transition Amplitude; Discussion of Approximations; Antisymmetrization; Multipole Expansion of Transition Amplitude] 6. Operator Formalism [Lippmann-Schwinger Equation; Formal Solution; Transition Amplitude; Transition Operator T; Gell-Mann & Goldberger Transformation; Distorted-Wave Green's Function; Distorted-Wave Born Approximation; Second Distorted-Born Approximation; Multiple-Scattering Series of Watson; Green's Theorem & Hermitian H] 7. Calculation of DWBA Amplitude 8. Coupled Equations & Effective Interaction 9. Microscopic Theory of Inelastic Nucleon Scattering from Nuclei 10. Core Polarization 11. Effective Interactions & Free Nucleon-Nucleon Force 12. Further Developments in Theory of Inelastic Scattering 13. Scattering from Deformed Rotational Nuclei 14. Calculation of Specific Components of Optical Potential 15. Two-Nucleon Transfer Reactions 16. Finite-Range Interaction in Transfer Reactions 17. Higher-Order Processes in Particle Transfer Reactions 18. Heavy-Ion Reactions 19. Polarizability of Nuclear Wave Functions in Heavy-Ion Reactions; Appendix: Some Useful Reminders [Laplace Operator; Spherical Harmonics; Angular-Momentum Coupling. Clebsch-Gordan Coefficients; Angular-Momentum Recoupling; Spherical Tensors; Reduced Matrix Elements, Wigner-Eckart Theorem; Scalar Product of Two Commuting Tensors; Vector Product of Two Commuting Tensors; Vector & Vector Product; Reduced Matrix Element of Spin Operator; Rotation Functions; Oscillator Functions; Spherical Bessel Functions]. Seller Inventory # 004079
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