Add to ORKGThe secondary electron background produced by heavy nuclei in a multiwire proportional counter hodoscope is calculated using both a simplified and a more complete Monte Carlo model. These results are compared with experimental data from a small multiwire proportional counter hodoscope operated in a 530 MeV/nucleon accelerator beam of nitrogen nuclei. Estimates of the secondary electron background produced by heavy relativistic nuclei are presented along with the detailed results from calculations of energy deposition in the hodoscope counter cells
In 1982 a hybrid electronic counter-emulsion chamber experiment was flown on a balloon to study heav...
The Final Report on the continuing analysis of data from the Heavy Nuclei Experiment (HNE), flown on...
A two-parameter scintillation spectrometer system developed and used to obtain proton, deuteron, and...
When high-energy charged particles pass through a thin detector, the ionization energy loss in that ...
A test run was made at the Bevatron to check the character of signals induced in an electromagnetic ...
In Chapter I the existing literature on secondary emission is reviewed from the point of view of pos...
Computational procedures are reported for treating power losses due to secondary electrons in multis...
Observations of the abundances of elements of charge 62 or Z or = 73 in the cosmic radiation from th...
The objective of this project is to study the properties of secondary electron emission from niobium...
The possibility of producing secondary beams of radioactive nuclei is an interesting application of ...
Monte Carlo calculations of slow secondary electron (SE) generation have been performed. Constructio...
Central exclusive production of a system X in a collision between two hadrons h is defined as hh {yi...
We have exposed a detector, similar to the one used on the HEAO Heavy Nuclei Experiment {Binns, et ...
Electron shielding - comparison of thick target energy straggling and angular distributions with Mon...
We present new measurements of heavy cosmic-ray nuclei at high energies per- formed during the first...
In 1982 a hybrid electronic counter-emulsion chamber experiment was flown on a balloon to study heav...
The Final Report on the continuing analysis of data from the Heavy Nuclei Experiment (HNE), flown on...
A two-parameter scintillation spectrometer system developed and used to obtain proton, deuteron, and...
When high-energy charged particles pass through a thin detector, the ionization energy loss in that ...
A test run was made at the Bevatron to check the character of signals induced in an electromagnetic ...
In Chapter I the existing literature on secondary emission is reviewed from the point of view of pos...
Computational procedures are reported for treating power losses due to secondary electrons in multis...
Observations of the abundances of elements of charge 62 or Z or = 73 in the cosmic radiation from th...
The objective of this project is to study the properties of secondary electron emission from niobium...
The possibility of producing secondary beams of radioactive nuclei is an interesting application of ...
Monte Carlo calculations of slow secondary electron (SE) generation have been performed. Constructio...
Central exclusive production of a system X in a collision between two hadrons h is defined as hh {yi...
We have exposed a detector, similar to the one used on the HEAO Heavy Nuclei Experiment {Binns, et ...
Electron shielding - comparison of thick target energy straggling and angular distributions with Mon...
We present new measurements of heavy cosmic-ray nuclei at high energies per- formed during the first...
In 1982 a hybrid electronic counter-emulsion chamber experiment was flown on a balloon to study heav...
The Final Report on the continuing analysis of data from the Heavy Nuclei Experiment (HNE), flown on...
A two-parameter scintillation spectrometer system developed and used to obtain proton, deuteron, and...