The first measurements of the Australian National University’s new radioactive ion beam capability were carried out using elastic scattering of a 8Li radioactive beam from a 197Au target. The purpose of this experiment was to test the radioactive ion beam capability as a complete system, which uses a pair of twin position-sensitive parallel plate avalanche counters as tracking detectors along with a highly pixelated double sided Si detector array. The tracking detector system allows us to have extremely high purity secondary radioactive ion beams by electronically tagging the reaction products of interest, thus allowing complete separation from the unwanted contaminant beam species of similar mass and charge. Here, some recent developments ...
and the REX-ISOLDE collaboration In 2001 the linear accelerator of the Radioactive beam Experiment (...
The HIE-ISOLDE project* (High Intensity and Energy ISOLDE) reached an important milestone in Septemb...
A new detector array, Solenogam, has been developed at the Australian National University Heavy Ion ...
The first measurements of the Australian National University’s new radioactive ion beam capability w...
The first measurements of the Australian National University's new radioactive ion beam capability w...
A pair of twin position-sensitive parallel plate avalanche counters have been developed at the Austr...
A pair of twin position-sensitive parallel plate avalanche counters have been developed at the Austr...
The SOLEROO (solenoidal exotic rare isotope) separator is under development for the production of li...
A new device (TwinSol) installed at the Nuclear Structure Laboratory at the University of Notre Dame...
The effects of unusual structures of nuclei, such as neutron halos, on nuclear reaction mechanisms a...
A facility for producing well-focussed (~ 5 mm diameter) secondary beams of 6He, 7Be, 8Li, and simil...
The RIBRAS facility (Radiactive Ion Beams in Brasil) is installed next to the 8 MV Pelletron Tandem ...
The first beam of post-accelerated radioactive ions was realized in 1989 at the Louvain-la-Neuve res...
In 2001 the linear accelerator of the Radioactive beam EXperiment (REX-ISOLDE) delivered for the fir...
This report presents a comparison of the radioactive ion beam production methods and their specifica...
and the REX-ISOLDE collaboration In 2001 the linear accelerator of the Radioactive beam Experiment (...
The HIE-ISOLDE project* (High Intensity and Energy ISOLDE) reached an important milestone in Septemb...
A new detector array, Solenogam, has been developed at the Australian National University Heavy Ion ...
The first measurements of the Australian National University’s new radioactive ion beam capability w...
The first measurements of the Australian National University's new radioactive ion beam capability w...
A pair of twin position-sensitive parallel plate avalanche counters have been developed at the Austr...
A pair of twin position-sensitive parallel plate avalanche counters have been developed at the Austr...
The SOLEROO (solenoidal exotic rare isotope) separator is under development for the production of li...
A new device (TwinSol) installed at the Nuclear Structure Laboratory at the University of Notre Dame...
The effects of unusual structures of nuclei, such as neutron halos, on nuclear reaction mechanisms a...
A facility for producing well-focussed (~ 5 mm diameter) secondary beams of 6He, 7Be, 8Li, and simil...
The RIBRAS facility (Radiactive Ion Beams in Brasil) is installed next to the 8 MV Pelletron Tandem ...
The first beam of post-accelerated radioactive ions was realized in 1989 at the Louvain-la-Neuve res...
In 2001 the linear accelerator of the Radioactive beam EXperiment (REX-ISOLDE) delivered for the fir...
This report presents a comparison of the radioactive ion beam production methods and their specifica...
and the REX-ISOLDE collaboration In 2001 the linear accelerator of the Radioactive beam Experiment (...
The HIE-ISOLDE project* (High Intensity and Energy ISOLDE) reached an important milestone in Septemb...
A new detector array, Solenogam, has been developed at the Australian National University Heavy Ion ...