Monte Carlo Simulation of a CZT Detector

  • Chun, Sung Dae
  • Park, Se Hwan
  • Ha, Jang Ho
  • Kim, Han Soo
  • Cho, Yoon Ho
  • ... Kim, Yong Kyun
  • 외 2명
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초록

CZT detector is one of the most promising radiation detectors for hard X-ray and gamma-ray measurement. The energy spectrum of CZT detector has to be simulated to optimize the detector design. A CZT detector was fabricated with dimensions of 5x5x2 mm(3). A Peltier cooler with a size of 40x40 mm(2) Was installed below the fabricated CZT detector to reduce the operation temperature of the detector. Energy spectra of were measured with 59.5 keV gamma-ray From Am-241. A Monte Carlo code was developed to simulate the CZT energy spectrum, which was measured with a planar-type CZT detector, and the result was compared with the measured one. The simulation was extended to the CZT detector with strip electrodes.

키워드

CZT detectorMonte-Carlo codeplanar-type detectorstrip electrodeRADIATIONCDZNTE
제목
Monte Carlo Simulation of a CZT Detector
저자
Chun, Sung DaePark, Se HwanHa, Jang HoKim, Han SooCho, Yoon HoKang, Sang MookKim, Yong KyunHong, Duk Geun
DOI
10.1080/00223131.2008.10875913
발행일
2008-06
유형
Article; Proceedings Paper
저널명
Journal of Nuclear Science and Technology
페이지
549 ~ 552

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