Compound-nuclear reactions and related topics: proceedings of the 2007 International Workshop on Compound-Nuclear Reactions and Related Topics (CNR* 2007), Yosemite National Park, California, 22-26 October 2007
American Institute of Physics, 2008 - Science - 247 pages
All papers have been peer-reviewed. Compound-nuclear reactions play a crucial role in nuclear astrophysics, nuclear energy, and national security. Although the concept of the compound nucleus dates back to the 1930s, a comprehensive, quantitative description of compound-nuclear reactions remains to be established. CNR* 2007 brought together experts in nuclear theory, experiment, and data evaluation to review current efforts aimed at understanding compound-nuclear reactions and to identify strategies for addressing open questions.
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Statistical Theory of Compoundnuclear Reactions
Experimental Overview of Compoundnuclear Resonance Reactions
Nuclear Reaction Data for Nuclear Technologies and Applications
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2007 International Workshop 2008 American Institute actinides Alamos National Laboratory angular momentum average beam calculations capture cross sections compound nucleus Compound-Nuclear Reactions configuration cross section decay detector determined direct reaction energy range ergy Escher evaluated excitation energy experiment experimental data F. S. Dietrich FIGURE fission cross sections fission fragments fluctuation fusion gamma-ray Hamiltonian Hartree-Fock Hauser-Feshbach I. J. Thompson interaction International Workshop CNR isotopes Kawano LANSCE Lawrence Livermore National Lett level density Livermore National Laboratory LLNL mass matrix measured microscopic multistep neutron capture neutron emission neutron energy neutron-induced Nucl nuclear astrophysics nuclear data nuclear reactions nucleon nucleosynthesis obtained optical potential particle Phys pre-equilibrium production prompt neutrons proton radiative radiative capture ratio Reactions and Related Related Topics S-matrix s-process scattering scission shell model single-particle spectra spectrum spin distribution statistical surrogate reaction target theoretical theory thermal Thompson O 2008 tion values width y-ray