thermoluminescence detector

Based on these theories, the thesis expatiated the method measuring the energy spectrum of hard x-ray using the LiF Thermoluminescence detector, design of the hard x-ray spectrometer, and the relevant codes written in the advanced language Maple.

在这些理论基础上，本文详细地阐述了用LiF热释光探测器诊断硬X射线能谱的方法，硬X射线谱仪的设计和用Maple高级语言编写的解谱程序。

The thermal neutron flux density is measured with Soild State Nuclear Track Detector ( SSNTD), and the γ radiation dose rate is detected with Thermoluminescence Dosimeter ( TLD).

中子通量密度采用固体核径迹探测器测量，γ辐射剂量率用热释光探测器测定。

Response of LiF thermoluminescence ( TL) detector to charged particle is dependent on particles' LET.

氟化锂（LiF）热释光探测器对带电粒子的响应主要依赖于粒子的传能线密度（LET）。

Study on application of GR-200A thermoluminescence detector in measurement of medical high energy electronic dose

用GR-200A热释光探测器测量医用高能电子线剂量

The techniques of constructing thermoluminescence detector, such as hot-pressing extrusion molding method, hot-pressing section cutting method, cold-pressing sintering method, capillary sealing method and resin adhesion method, and their applications are given.

给出了热压挤片法、热压切片法、冷压烧结法、毛细管封装法和树脂粘合法等热释光探测器的制备工艺，以及它们的适用范围。

The selection of thermoluminescence detector, determination of the outer case, and coding, classfication and usage of the thermoluminescence personal dosimeter are described.

以及对热释光探测器的选择、外壳的确定，热释光个人剂量计的编码、分类和使用方法。

Objective To grasp the best tesang condition of electronic dose by means of GR-200A TLD ( Thermoluminescence Detector) and to understand the practical use of the detector in dose measurement.

目的为掌握GR-200A热释光探测器对电子线剂量测量的最佳条件，了解该探测器在剂量测量中的实用性。

The mechanism of applying thermoluminescence detector to dosimetry is elucidated by the theory of solid energy band ( lattice energy level).

用固体能带（晶格能级）理论阐述了热释光探测器用于剂量测量的机制；

Conclusion The practical value of GR-200A thermoluminescence detector is embodied in measurement of medical high energy electronic dose.

结论GR-200A热释光探测器在医用高能电子线剂量测量中有一定的实用价值。