Add to ORKGThis compilation of nuclear reaction energies was undertaken to provide a systematic and comprehensive survey of the present state of our experimental knowledge of the energy released in nuclear reactions. Table I also affords convenient reference to the large number of experimental results scattered throughout the literature. Somewhat similar tables have appeared previously;(1,2) in view of the rapid accumulation of new results, an up-to-date revision is felt to serve a useful purpose
Excitation function measurements have been made for the (d, p) reaction in thallium, lead, bismuth a...
This is a review of the basic mechanisms leading to high energy breakup reactions, of the formalisms...
Modern computer technology has revolutionized theoretical calculations on stellar structure and stel...
This supplement is intended to augment the compilation, “Nuclear Disintegration Energies,” (1) which...
One of the ways to study the energy levels of nuclei is to measure the energy and relative intensity...
Understanding of physical principles of nuclear fission and nuclear reactions is crucial for operati...
Dissipation of nuclear many-body systems is studied by means of TDDFT+ Langevin model. Much attentio...
The work described is part of a project involving the study of low-energy (< 10 MeV/A), intermediate...
Note:Production cross sections have been determined for the reactions of (p, pXn) with X= 1, 4-6 and...
This study addresses, for the first time, the total prompt energy release and its components for the...
The main features of nuclear fission as a physical phenomenon will be revisited, emphasizing its pec...
International audienceNuclear fission is still one of the most complex physical processes we can obs...
Physics - General."Issued February 24, 1949"Bibliography: p. 11.Sponsored by U.S. Atomic Energy Comm...
The investigation is concerned with energy and angular correlation of decay products of high-excited...
been a preliminary estimate of the efficiency of such reactions for building controllable light nucl...
Excitation function measurements have been made for the (d, p) reaction in thallium, lead, bismuth a...
This is a review of the basic mechanisms leading to high energy breakup reactions, of the formalisms...
Modern computer technology has revolutionized theoretical calculations on stellar structure and stel...
This supplement is intended to augment the compilation, “Nuclear Disintegration Energies,” (1) which...
One of the ways to study the energy levels of nuclei is to measure the energy and relative intensity...
Understanding of physical principles of nuclear fission and nuclear reactions is crucial for operati...
Dissipation of nuclear many-body systems is studied by means of TDDFT+ Langevin model. Much attentio...
The work described is part of a project involving the study of low-energy (< 10 MeV/A), intermediate...
Note:Production cross sections have been determined for the reactions of (p, pXn) with X= 1, 4-6 and...
This study addresses, for the first time, the total prompt energy release and its components for the...
The main features of nuclear fission as a physical phenomenon will be revisited, emphasizing its pec...
International audienceNuclear fission is still one of the most complex physical processes we can obs...
Physics - General."Issued February 24, 1949"Bibliography: p. 11.Sponsored by U.S. Atomic Energy Comm...
The investigation is concerned with energy and angular correlation of decay products of high-excited...
been a preliminary estimate of the efficiency of such reactions for building controllable light nucl...
Excitation function measurements have been made for the (d, p) reaction in thallium, lead, bismuth a...
This is a review of the basic mechanisms leading to high energy breakup reactions, of the formalisms...
Modern computer technology has revolutionized theoretical calculations on stellar structure and stel...