A gas sampling calorimeter using conductive plastic tubes

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ID: 271347
1983
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Abstract
Conductive plastic tubes are extruded, and used to construct planar proportional chambers as a sampling medium of electromagnetic showers. Pick-up electrodes of an arbitrary shape can be placed on both sides of the proportional chamber to read out induced signals from the wires. A prototype shower calorimeter, consisting of 32 layers of such chambers interleaved with lead plates of varying thickness is tested with high energy electron beams. Energy resolution, position resolution, linearity and π/e discrimination are all found to be quite satisfactory.
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Authors Y. Hayashide,S. Kim,K. Kondo,S. Miyashita,H. Miyata,F. Sato,A. Yamashita,Y. Yasu,M. Yoshino,M. Mishina,K. Ogawa,F. Takasaki,M. Atac,R. Yamada;Y. Hayashide;S. Kim;K. Kondo;S. Miyashita;H. Miyata;F. Sato;A. Yamashita;Y. Yasu;M. Yoshino;M. Mishina;K. Ogawa;F. Takasaki;M. Atac;R. Yamada;
Journal Nuclear Instruments and Methods in Physics Research
Year 1983
DOI
10.1016/0167-5087(83)90065-0
URL
https://sciprofiles.com/publication/view/23f626363d72b43188344d0231111814
Keywords
plastic resolution thickness calorimeter beams planar tubes plates pick sides

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