摘要
在闪烁探测器应用过程中,环境的温度的变化将影响闪烁探测器测量过程的稳定性,本文通过硬件补偿的形式,采用峰位跟踪和控制脉冲电压阈值相结合进行设计,并对此方法的测量原理及实现方案进行分析,本文的设计方法已在产品的设计中得到应用,取得了预期效果。
the stability of measuring process will be affected by the changing of the temperature in the application of scintillation counter.In this study,the design combines method of peak position tracking and controlling pulse voltage threshold,via hardware compensation.The measuring mechanism and implementation scheme was analyzed.The method has been applied in the design of the products and achieved expected effect.
出处
《自动化技术与应用》
2015年第3期124-127,共4页
Techniques of Automation and Applications
关键词
峰位跟踪
闪烁探测器
稳定性
Γ射线
peak position tracking
scintillation counter
stability
gamma ray
