A Monte Carlo simulation method was developed for studying nuclear-electromagnetic cascades initiated by high energy nuclei with Z or = 3 incident on heavy absorbers. The calculations are based on a cascade model which was first adjusted until it agreed with measurements made with protons at an accelerator. Modifications of the model used for protons include the incorporation of the probabilities for fragmentation of heavy nuclei into lighter nuclei, alpha particles, and nucleons. Mean values and fluctuations of the equivalent numbers of particles in the cascades at various depths in an iron absorber are presented for protons, carbon, and iron nuclei over the 30 to 300 GeV/nucleon energy range
We study the disintegration of nuclei by strong electromagnetic fields induced by ultrarelativistic ...
An ionization spectrometer consisting of a sandwich of iron absorbers and plastic scintillation coun...
The energy spectrum of cascade showers induced by electromagnetic interactions of high energy muons ...
Mean values and fluctuations of the nuclear-electromagnetic cascade development resulting from alpha...
Modifications to the basic computer program for performing the simulations are reported. The major c...
The longitudinal development of nuclear-electromagnetic cascades with energies greater than 200 GeV ...
In 1982 a hybrid electronic counter-emulsion chamber experiment was flown on a balloon to study heav...
Monte Carlo simulations of extensive air showers were performed using a couple of different nuclear ...
The basic assumption of the Serber model in the description of high- energy nuclear reactions is tha...
Simulating the Space Radiation environment with Monte Carlo Codes, such as FLUKA, requires the abili...
The HEAO-3 Heavy Nuclei Experiment (Binns, et al., 1981) is composed of ionization chambers above a...
We describe a calculation of electromagnetic cascading in radiation and matter in the early Universe...
An ionization spectrometer consisting of 12 layers of tungsten each 6.13 gm cm/2 thick and 7 iron mo...
The Monte Carlo code CASCADE for the calculation of inelastic hadron- and nucleus-nucleus interactio...
The characteristics of hadrons of energy > 300 Gev in extensive air showers of size 5.10(^4) - 1.6.1...
We study the disintegration of nuclei by strong electromagnetic fields induced by ultrarelativistic ...
An ionization spectrometer consisting of a sandwich of iron absorbers and plastic scintillation coun...
The energy spectrum of cascade showers induced by electromagnetic interactions of high energy muons ...
Mean values and fluctuations of the nuclear-electromagnetic cascade development resulting from alpha...
Modifications to the basic computer program for performing the simulations are reported. The major c...
The longitudinal development of nuclear-electromagnetic cascades with energies greater than 200 GeV ...
In 1982 a hybrid electronic counter-emulsion chamber experiment was flown on a balloon to study heav...
Monte Carlo simulations of extensive air showers were performed using a couple of different nuclear ...
The basic assumption of the Serber model in the description of high- energy nuclear reactions is tha...
Simulating the Space Radiation environment with Monte Carlo Codes, such as FLUKA, requires the abili...
The HEAO-3 Heavy Nuclei Experiment (Binns, et al., 1981) is composed of ionization chambers above a...
We describe a calculation of electromagnetic cascading in radiation and matter in the early Universe...
An ionization spectrometer consisting of 12 layers of tungsten each 6.13 gm cm/2 thick and 7 iron mo...
The Monte Carlo code CASCADE for the calculation of inelastic hadron- and nucleus-nucleus interactio...
The characteristics of hadrons of energy > 300 Gev in extensive air showers of size 5.10(^4) - 1.6.1...
We study the disintegration of nuclei by strong electromagnetic fields induced by ultrarelativistic ...
An ionization spectrometer consisting of a sandwich of iron absorbers and plastic scintillation coun...
The energy spectrum of cascade showers induced by electromagnetic interactions of high energy muons ...