An introduction to the most commonly employed relations in nuclear astrophysics is presented, followed by a brief summary of some of the remarkable, recent advances in the development, and application to nuclear astrophysics problems, of radioactive nuclear beams. The paper then reports the experimental evaluation of a recoil nucleus separator for experiments with radioactive nuclear beams. Finally, the paper discusses the design of an experiment to determine the El radiative capture cross-section of the ^(12)C(α,y)^(16)O reaction by measuring the, β-delayed α-spectrum of ^(16)N
The availability of radioactive beams has produced great opportunities for advances in our understan...
Nuclear astrophysics aims to understand the origin of elements and the role of nuclear processes in ...
Experimental methods in nuclear astrophysics experiments with radioactive beams are described, and e...
An introduction to the most commonly employed relations in nuclear astrophysics is presented, follow...
The use of low-energy radioactive beams to study problems of astrophysical interest is reviewed. The...
The various methods to produce radioactive nuclear beams, i.e. the fragmentation and ISOL methods, a...
The reasons and the methods used for obtaining information interesting for nuclear astrophysics with...
The evolution of experiments with radioactive beams in nuclear astrophysics is reviewed, regarding t...
The quest to comprehend how nuclear processes influence astrophysical phenomena is driving experimen...
Reactions involving radioactive nuclei play an important role in explosive stellar events such as no...
The use of Radioactive Beams, either at low- or at high-energy, in Nuclear Astrophysics, mainly for ...
Nuclei close to the proton and neutron drip lines become accessible to experimental study through th...
There are a number of astrophysical environments in which the path of nucleosynthesis proceeds throu...
The Daresbury Recoil Separator (DRS) and Silicon Detector Array (SIDAR) have been installed at Oak R...
The effectiveness of a recoil separator for the measurement of radiative capture reactions at radioa...
The availability of radioactive beams has produced great opportunities for advances in our understan...
Nuclear astrophysics aims to understand the origin of elements and the role of nuclear processes in ...
Experimental methods in nuclear astrophysics experiments with radioactive beams are described, and e...
An introduction to the most commonly employed relations in nuclear astrophysics is presented, follow...
The use of low-energy radioactive beams to study problems of astrophysical interest is reviewed. The...
The various methods to produce radioactive nuclear beams, i.e. the fragmentation and ISOL methods, a...
The reasons and the methods used for obtaining information interesting for nuclear astrophysics with...
The evolution of experiments with radioactive beams in nuclear astrophysics is reviewed, regarding t...
The quest to comprehend how nuclear processes influence astrophysical phenomena is driving experimen...
Reactions involving radioactive nuclei play an important role in explosive stellar events such as no...
The use of Radioactive Beams, either at low- or at high-energy, in Nuclear Astrophysics, mainly for ...
Nuclei close to the proton and neutron drip lines become accessible to experimental study through th...
There are a number of astrophysical environments in which the path of nucleosynthesis proceeds throu...
The Daresbury Recoil Separator (DRS) and Silicon Detector Array (SIDAR) have been installed at Oak R...
The effectiveness of a recoil separator for the measurement of radiative capture reactions at radioa...
The availability of radioactive beams has produced great opportunities for advances in our understan...
Nuclear astrophysics aims to understand the origin of elements and the role of nuclear processes in ...
Experimental methods in nuclear astrophysics experiments with radioactive beams are described, and e...