The advent of Radioactive Nuclear Beams (RNBs) has opened up new nuclear territories to exploration. Recent theoretical work suggests that nuclear structure in these new regions may be unlike anything observed to date and that its study may substantially alter our concepts of shell structure, collectivity and the evolution of nuclear behavior. To face the challenge of inevitably low RNB intensities, new, more efficient signatures of structure and new experimental techniques are being developed. We discuss these topics and also summarize the current status of RNB facilities and facility planning in North America
The use of unstable nuclei in the form of energetic beams for nuclear physics studies is now enterin...
First-generation radioactive ion-beam facilities have already been in operation for some time. Advan...
First-generation radioactive ion-beam facilities have already been in operation for some time. Advan...
In the last few years, our understanding of nuclei at extremes of stability has undergone substantia...
The structure of exotic nuclei that will become accessible with radioactive beams, especially in ext...
Future perspectives in nuclear structure rely on radioactive nuclear beams as well as on high intens...
The main objective of this brief review was to discuss various facts of nuclear structure physics. T...
The evolution of experiments with radioactive beams in nuclear astrophysics is reviewed, regarding t...
One of the main frontiers of nuclear structure today is the physics of radioactive nuclear beams. Ex...
Physics of radioactive nuclear beams is one of the main frontiers of nuclear science today. Experime...
[[abstract]]©1995 APS - The advent of radioactive nuclear beams (RNB's) offers a promising oppo...
The use of unstable nuclei in the form of energetic beams for nuclear physics studies is now enterin...
The use of unstable nuclei in the form of energetic beams for nuclear physics studies is now enterin...
The use of unstable nuclei in the form of energetic beams for nuclear physics studies is now enterin...
First-generation radioactive ion-beam facilities have already been in operation for some time. Advan...
The use of unstable nuclei in the form of energetic beams for nuclear physics studies is now enterin...
First-generation radioactive ion-beam facilities have already been in operation for some time. Advan...
First-generation radioactive ion-beam facilities have already been in operation for some time. Advan...
In the last few years, our understanding of nuclei at extremes of stability has undergone substantia...
The structure of exotic nuclei that will become accessible with radioactive beams, especially in ext...
Future perspectives in nuclear structure rely on radioactive nuclear beams as well as on high intens...
The main objective of this brief review was to discuss various facts of nuclear structure physics. T...
The evolution of experiments with radioactive beams in nuclear astrophysics is reviewed, regarding t...
One of the main frontiers of nuclear structure today is the physics of radioactive nuclear beams. Ex...
Physics of radioactive nuclear beams is one of the main frontiers of nuclear science today. Experime...
[[abstract]]©1995 APS - The advent of radioactive nuclear beams (RNB's) offers a promising oppo...
The use of unstable nuclei in the form of energetic beams for nuclear physics studies is now enterin...
The use of unstable nuclei in the form of energetic beams for nuclear physics studies is now enterin...
The use of unstable nuclei in the form of energetic beams for nuclear physics studies is now enterin...
First-generation radioactive ion-beam facilities have already been in operation for some time. Advan...
The use of unstable nuclei in the form of energetic beams for nuclear physics studies is now enterin...
First-generation radioactive ion-beam facilities have already been in operation for some time. Advan...
First-generation radioactive ion-beam facilities have already been in operation for some time. Advan...