Activities and accomplishments related to the Monte Carlo shower counter studies are summarized. A tape of the VMS version of the GEANT software was obtained and installed on the central computer at Gallaudet University. Due to difficulties encountered in updating this VMS version, a decision was made to switch to the UNIX version of the package. This version was installed and used to generate the set of data files currently accessed by various analysis programs. The GEANT software was used to write files of data for positron and proton showers. Showers were simulated for a detector consisting of 50 alternating layers of lead and scintillator. Each file consisted of 1000 events at each of the following energies: 0.1, 0.5, 2.0, 10, 44, and 2...
A small prototype of a finely granulated digital hadron calorimeter with Resistive Plate Chambers as...
AbstractThe CALICE collaboration develops highly granular calorimeter prototypes to evaluate technol...
Explanations will be given of the various user-written routines required by the Monte Carlo detector...
Small scale Monte Carlo programming is growing rapidly due to the ease with which complex problems m...
Detectors for high energy nuclear physics experiments are being modeled using programs developed and...
A system to rapidly digitize data from showers in nuclear emulsions is described. A TV camera views ...
Anomalous extensive air showers have yet to be detected by cosmic ray observatories. Fluorescence de...
The E594 neutrino detector has been used to study the lateral distribution of muons of energy 3 GeV...
Modifications to the basic computer program for performing the simulations are reported. The major c...
In order to predict correctly the effects of cracks and dead material in a nearly hermetic calorimet...
Detailed Monte Carlo simulations of extensive air showers to be detected by the Homestake Surface Un...
AbstractThe highly granular calorimeter prototypes of the CALICE collaboration have provided large d...
Three major topics are discussed in this thesis. The first of these has immediate application to ana...
The characteristics of hadrons of energy > 300 Gev in extensive air showers of size 5.10(^4) - 1.6.1...
This paper describes the Monte Carlo program used for the simulation of antiproton interactions at i...
A small prototype of a finely granulated digital hadron calorimeter with Resistive Plate Chambers as...
AbstractThe CALICE collaboration develops highly granular calorimeter prototypes to evaluate technol...
Explanations will be given of the various user-written routines required by the Monte Carlo detector...
Small scale Monte Carlo programming is growing rapidly due to the ease with which complex problems m...
Detectors for high energy nuclear physics experiments are being modeled using programs developed and...
A system to rapidly digitize data from showers in nuclear emulsions is described. A TV camera views ...
Anomalous extensive air showers have yet to be detected by cosmic ray observatories. Fluorescence de...
The E594 neutrino detector has been used to study the lateral distribution of muons of energy 3 GeV...
Modifications to the basic computer program for performing the simulations are reported. The major c...
In order to predict correctly the effects of cracks and dead material in a nearly hermetic calorimet...
Detailed Monte Carlo simulations of extensive air showers to be detected by the Homestake Surface Un...
AbstractThe highly granular calorimeter prototypes of the CALICE collaboration have provided large d...
Three major topics are discussed in this thesis. The first of these has immediate application to ana...
The characteristics of hadrons of energy > 300 Gev in extensive air showers of size 5.10(^4) - 1.6.1...
This paper describes the Monte Carlo program used for the simulation of antiproton interactions at i...
A small prototype of a finely granulated digital hadron calorimeter with Resistive Plate Chambers as...
AbstractThe CALICE collaboration develops highly granular calorimeter prototypes to evaluate technol...
Explanations will be given of the various user-written routines required by the Monte Carlo detector...