The Heavy Ion Spectrometer System (HISS) at the LBL Bevalac provided a unique facility for measuring projectile fragmentation cross sections important in deconvolving the Galactic Cosmic Ray (GCR) source composition. The general characteristics of the apparatus specific to this application are described and the main features of the event reconstruction and analysis used in the TRANSPORT experiment are discussed
An automated analysis system was developed that is able to scan nuclear track detectors CR-39. The s...
Man\u27s attitude towards space exploration has been mainly limited by the health risk related to th...
A detailed knowledge of the light ions interaction processes with matter is of great interest in bas...
The Heavy Ion Spectrometer System (HISS) at the LBL Bevalac provided a unique facility for measuring...
Collaborative research efforts to study the fragmentation processes of heavy nuclei in matter using ...
A critical need for NASA is the ability to accurately model the transport of heavy ions in the Galac...
Heavy ions with energies of hundreds to thousands of MeV/nucleon are present in the Galactic Cosmic ...
The study of the nuclear fragmentation process involves many fields of interest, from the hadronther...
Experiment E864 at the Brookhaven AGS accelerator uses a high sensitivity, large acceptance spectrom...
PACSThe feasibility of low-energy fragmentation experiments using a magnetic spectrometer is discuss...
The detector system currently operating at the Bevalac Low Energy Beam Line is discussed. This syste...
The Fluence and LET spectra of each fragment particle are measured down to the Bragg peak energy reg...
The production of projectile fragments is one of the important, but not yet perfectly understood, pr...
The fragmentation of Pb ions at 158 A GeV energy produced in the interaction with Pb target has been...
At the GSI projectile fragment separator for the first time relativistic exotic nuclei throughout th...
An automated analysis system was developed that is able to scan nuclear track detectors CR-39. The s...
Man\u27s attitude towards space exploration has been mainly limited by the health risk related to th...
A detailed knowledge of the light ions interaction processes with matter is of great interest in bas...
The Heavy Ion Spectrometer System (HISS) at the LBL Bevalac provided a unique facility for measuring...
Collaborative research efforts to study the fragmentation processes of heavy nuclei in matter using ...
A critical need for NASA is the ability to accurately model the transport of heavy ions in the Galac...
Heavy ions with energies of hundreds to thousands of MeV/nucleon are present in the Galactic Cosmic ...
The study of the nuclear fragmentation process involves many fields of interest, from the hadronther...
Experiment E864 at the Brookhaven AGS accelerator uses a high sensitivity, large acceptance spectrom...
PACSThe feasibility of low-energy fragmentation experiments using a magnetic spectrometer is discuss...
The detector system currently operating at the Bevalac Low Energy Beam Line is discussed. This syste...
The Fluence and LET spectra of each fragment particle are measured down to the Bragg peak energy reg...
The production of projectile fragments is one of the important, but not yet perfectly understood, pr...
The fragmentation of Pb ions at 158 A GeV energy produced in the interaction with Pb target has been...
At the GSI projectile fragment separator for the first time relativistic exotic nuclei throughout th...
An automated analysis system was developed that is able to scan nuclear track detectors CR-39. The s...
Man\u27s attitude towards space exploration has been mainly limited by the health risk related to th...
A detailed knowledge of the light ions interaction processes with matter is of great interest in bas...