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Full Description
Much progress has been made recently in the identification and study of new processes in nuclear fission and fusion. "Fission, Fusion and Cluster Radioactivity" provides an up-to-date account of theory and experimental results on nuclear fission, fusion, and cluster radioactivity. It covers collective coordinates and the Hamiltonian, quantum mechanical fragmentation theory, the fragmentation dynamics of fission, cold reaction valleys, fissio-like phenomena in heavy-ion reactions, nuclear structure and the stability of super-heavy elements, clustering phenomena in heavy-ion reactions, and cold fission versus cluster radioactivity. This book will replace previous classic texts on the subject.
Contents
Introduction. Collective coordinates and the Hamiltonian. The two centre shell model. Quantum mechanical fragmentation theory. Cold reaction valleys. The fragmentation dynamics of fission. Fissio-like phenomena in heavy-ion reactions. Nuclear structure and stability of super-heavy elements - Theoretical expectations and present status. Cold fusion and synthesis of new and super-heavy-elements. Clustering phenomena in heavy-ion reactions. Cluster radioactivity. Cold fission versus cluster radioactivity. Collisions between deformed and oriented nuclei. Energy density formalism in fission and heavy-ion reactions. Nuclear structure effects associated with heavy-ion reaction studies.
