图1为热释光仪的方框图,它由探测器、光能转换、采样接口、Z80单板机、控制接口、加热系统、显示器和微型打印机等部分组成。磷光体A被加热,在一定的温度下释放出热释光,探测器的光路系统吸收此光并转换成电流,再将此电流变换为频率送入采样接口,经采样接口缓冲后把数 Figure 1 is a block diagram of the thermoluminometer, which consists of detectors, light energy conversion, sampling interface, Z80 single board machine, control interface, heating system, display and micro-printer and other components. Phosphor A is heated at a certain temperature to release the luminescence, the detector optical system absorbs this light and converted to current, and then the current into the sampling frequency of the interface, the sample interface buffer after the number of