The TORUS collaboration derives its name from the research it focuses on, namely the Theory of Reactions for Unstable iSotopes. It is a Topical Collaboration in Nuclear Theory, and funded by the Nuclear Theory Division of the Office of Nuclear Physics in the Office of Science of the Department of Energy. The funding supports one postdoctoral researcher for the years 1 through 3. The collaboration brings together as Principal Investigators a large fraction of the nuclear reaction theorists currently active within the USA. The mission of the TORUS Topical Collaboration is to develop new methods that will advance nuclear reaction theory for unstable isotopes by using three-body techniques to improve direct-reaction calculations, and, by using ...
Nuclear reaction rates for astrophysics applications are traditionally determined on the basis of Ha...
I discuss the current state of low-energy nuclear theory and the scientific questions that will be ...
I discuss the current state of low-energy nuclear theory and the scientific questions that will be ...
The TORUS collaboration derives its name from the research it focuses on, namely the Theory of React...
Program was to identify specific problems in the area of reaction theory for rare isotopes and propo...
Nuclear reaction rates determine the abundances of isotopes in stellar burning pro-cesses. A multitu...
This progress report is divided into five sections covering Many-Body and Few-Body Reaction Theory, ...
This report discusses research in nuclear theory on the following topics: nuclear astrophysics; quan...
The nuclear chemistry research program at Carnegie-Mellon University includes studies of nuclear rea...
The authors decided to write this book when they could find no other texts for a course on non-relat...
Along with the development of the radioactive nuclear beam facility, the study of the structure of u...
This report summarizes progress during the past year in the following areas of nuclear structure and...
This research involves investigating the structure, stability, reactions and decays of nuclei. This ...
This report describes the accomplishments in basic research in nuclear physics carried out by the th...
Results for the period 1 Sep 92 through 31 Aug 93 are presented in nearly a hundred brief papers, so...
Nuclear reaction rates for astrophysics applications are traditionally determined on the basis of Ha...
I discuss the current state of low-energy nuclear theory and the scientific questions that will be ...
I discuss the current state of low-energy nuclear theory and the scientific questions that will be ...
The TORUS collaboration derives its name from the research it focuses on, namely the Theory of React...
Program was to identify specific problems in the area of reaction theory for rare isotopes and propo...
Nuclear reaction rates determine the abundances of isotopes in stellar burning pro-cesses. A multitu...
This progress report is divided into five sections covering Many-Body and Few-Body Reaction Theory, ...
This report discusses research in nuclear theory on the following topics: nuclear astrophysics; quan...
The nuclear chemistry research program at Carnegie-Mellon University includes studies of nuclear rea...
The authors decided to write this book when they could find no other texts for a course on non-relat...
Along with the development of the radioactive nuclear beam facility, the study of the structure of u...
This report summarizes progress during the past year in the following areas of nuclear structure and...
This research involves investigating the structure, stability, reactions and decays of nuclei. This ...
This report describes the accomplishments in basic research in nuclear physics carried out by the th...
Results for the period 1 Sep 92 through 31 Aug 93 are presented in nearly a hundred brief papers, so...
Nuclear reaction rates for astrophysics applications are traditionally determined on the basis of Ha...
I discuss the current state of low-energy nuclear theory and the scientific questions that will be ...
I discuss the current state of low-energy nuclear theory and the scientific questions that will be ...