Add to ORKGA semiempirical abrasion-ablation model has been successful in generating a large nuclear database for the study of high charge and energy (HZE) ion beams, radiation physics, and galactic cosmic ray shielding. The cross sections that are generated are compared with measured HZE fragmentation data from various experimental groups. A research program for improvement of the database generator is also discussed
Reliable methods of accurately and quickly estimating heavy fragment production cross sections are n...
A critical need for NASA is the ability to accurately model the transport of heavy ions in the Galac...
Quantum-mechanical optical-model methods for calculating cross sections for the fragmentation of hig...
A semiempirical abrasion-ablation model has been successful in generating a large nuclear database f...
Methods for calculating cross sections for the breakup of high-energy heavy ions by the combined nuc...
The fragmentation of target nuclei by relativistic protons and heavy ions is described within the co...
The fragmentation of high-energy galactic heavy ions by nuclear interactions with arbitrary target n...
We present a semi-analytical method to determine which partial cross sections of nuclear fragmentati...
The mechanism of particle evaporation was used to examine ablation effects in the fragmentation of 2...
The angular momentum independent statistical decay model is often applied using a Monte-Carlo simula...
Cross-section predictions with semi-empirical nuclear fragmentation models from the Langley Research...
Methods to describe the charge-to-mass dispersion distributions of projectile prefragments are prese...
A formalism for target fragment transport is presented with application to energy loss spectra in th...
A critical need for NASA is the ability to accurately model the transport of heavy ions in the Galac...
A critical need for NASA is the ability to accurately model the transport of heavy ions in the Galac...
Reliable methods of accurately and quickly estimating heavy fragment production cross sections are n...
A critical need for NASA is the ability to accurately model the transport of heavy ions in the Galac...
Quantum-mechanical optical-model methods for calculating cross sections for the fragmentation of hig...
A semiempirical abrasion-ablation model has been successful in generating a large nuclear database f...
Methods for calculating cross sections for the breakup of high-energy heavy ions by the combined nuc...
The fragmentation of target nuclei by relativistic protons and heavy ions is described within the co...
The fragmentation of high-energy galactic heavy ions by nuclear interactions with arbitrary target n...
We present a semi-analytical method to determine which partial cross sections of nuclear fragmentati...
The mechanism of particle evaporation was used to examine ablation effects in the fragmentation of 2...
The angular momentum independent statistical decay model is often applied using a Monte-Carlo simula...
Cross-section predictions with semi-empirical nuclear fragmentation models from the Langley Research...
Methods to describe the charge-to-mass dispersion distributions of projectile prefragments are prese...
A formalism for target fragment transport is presented with application to energy loss spectra in th...
A critical need for NASA is the ability to accurately model the transport of heavy ions in the Galac...
A critical need for NASA is the ability to accurately model the transport of heavy ions in the Galac...
Reliable methods of accurately and quickly estimating heavy fragment production cross sections are n...
A critical need for NASA is the ability to accurately model the transport of heavy ions in the Galac...
Quantum-mechanical optical-model methods for calculating cross sections for the fragmentation of hig...