摘要
分析了热释光测量方法产生数据分散性的主要原因。选用一致性较好的GR200A型LiF(Mg,Cu,P)热释光探测器元件,在RGD3型热释光仪和BG2006释光仪上获取了测试数据并进行比较。针对因热传导差异产生的测量数据的分散性问题,提出了减小数据分散性的措施和建议。
Major reasons of data dispersivity in thermoluminescence dosimetry are analyzed in this paper. GR200A LiF（Mg,Cu,P） TLDs with good uniformity were irradiated and read with RGD3 TLD reader or BG2006 TL reader. The dose readings were compared and analyzed. Methods are suggested to decrease data dispersivity caused by different thermal conduction in the measurements.
出处
《核技术》
EI
CAS
CSCD
北大核心
2007年第11期940-942,共3页
Nuclear Techniques
