In addition to the extensive list of detailed individual resonance parameters for each isotope, this book contains thermal cross sections and average resonance parameters, as well as a short survey of the physics of thermal and resonance neutrons with emphasis on evaluation methods.
Scientists and Students.
Preface. Acknowledgments. Neurton Physics of Thermal Cross Sections and Resonance Parameters. Recommended Thermal Cross Sections, Resonance Properties, and Resonance, Parameters for Z = 61-100.
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- © Academic Press 1984
- 9th November 1984
- Academic Press
- eBook ISBN:
Dr. Mughabghab joined Brookhaven National Laboratory in 1963 to carry out neutron research at the Graphite Reactor and later at the High Flux beam Reactor. This was followed by the compilation and evaluation of neutron data at the National Nuclear Data Center. The latter activity resulted in the publications of the well-known BNL-325 reports and Neutron Cross Sections, Volume 1 (4th edition) published by Academic Press (1966-1984); these compendia are frequently referenced in the scientific literature. The former investigations culminated in the findings of non-statistical effects and valence neutron capture in the thermal and resonance neutrons.
These activities resulted in collaborative work with physicists at Oak Ridge National Laboratory, Chalk River Nuclear Laboratories, and Harwell. Due to interest in these investigations, the author received international invitations to speak at conferences and neutron schools held at Budapest, Petten, Bologna, Dubna, Bulgaria, and Pruhonice. In the period 1986-1994, the author was involved in the design of a small-size reactor to be utilized in nuclear propulsion for possible future missions to Mars. During this period, the author participated in the analysis and measurements of spallation neutrons. In 1995-2000, the author devoted his attention to the study of the nuclear level density parameters, reported in Physical Rev. Lett. 81,4083 (1998), and the interpretation of average radiative widths of neutron resonances in terms of the Giant Dipole Resonance and within the framework of the generalized Landau-Fermi Liquid model (Phys. Lett. B 487, 155-164, 2000).
Emeritus Senior Physicist, National Nuclear Data Center, Brookhaven National Laboratory, Upton, USA