The primary fields of development include nuclear power devices, space equipment, research and medical radiation devices, and nuclear radiation detection is widely used in these fields. Space exploration requires all-weather monitoring of cosmic rays and instant warning of strong pulses, new synchrotron light sources and other national scientific devices require irradiation detectors that are capable of withstanding high-dose irradiation and high-temperature environments for an extended period of time, the development of a new generation of nuclear energy and nuclear medicine applications also imposes new requirements for the charge collection efficiency, anti-irradiation characteristics, charge and positions capacity.

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Introduction

  • Yuming Zhang,
  • Hui Guo,
  • Jinfeng Zhang,
  • Chiwen Qian,
  • Yapeng Liu

摘要

The primary fields of development include nuclear power devices, space equipment, research and medical radiation devices, and nuclear radiation detection is widely used in these fields. Space exploration requires all-weather monitoring of cosmic rays and instant warning of strong pulses, new synchrotron light sources and other national scientific devices require irradiation detectors that are capable of withstanding high-dose irradiation and high-temperature environments for an extended period of time, the development of a new generation of nuclear energy and nuclear medicine applications also imposes new requirements for the charge collection efficiency, anti-irradiation characteristics, charge and positions capacity.