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Semiconductor materials have a rapid pulse rise time, which is vastly superior to the radiation resisting ability of gas media and vastly lower than the average ionization energy of gas media. As a result, semiconductor detectors have excellent energy resolution, a wide energy linear range, a rapid time response, and a small size, among other benefits. Since the 1960s, when semiconductor materials began to be used as radiation detection media, semiconductor detectors have been widely used in a variety of radiation detection fields.

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Detection Principles of Wide Bandgap Semiconductor Nuclear Radiation Detectors

  • 章节

  • 发表日期：

    2025年

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

摘要

Semiconductor materials have a rapid pulse rise time, which is vastly superior to the radiation resisting ability of gas media and vastly lower than the average ionization energy of gas media. As a result, semiconductor detectors have excellent energy resolution, a wide energy linear range, a rapid time response, and a small size, among other benefits. Since the 1960s, when semiconductor materials began to be used as radiation detection media, semiconductor detectors have been widely used in a variety of radiation detection fields.