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GRSAS-80油田岩样伽玛分析系统的稳定性考察
引用本文:杨荣礼,首祥云,王瑞平. GRSAS-80油田岩样伽玛分析系统的稳定性考察[J]. 中国石油大学学报(自然科学版), 1989, 0(3)
作者姓名:杨荣礼  首祥云  王瑞平
作者单位:石油大学勘探系(杨荣礼,首祥云),石油大学勘探系(王瑞平)
摘    要:本文论述了低水平γ射线屏蔽室的建设及 GRSAS-80系统,对该系统的稳定性进行了理论分析。GRSAS-80系统是我国自制的第一套高纯锗探测器γ分析系统,整个系统工作由TRS-80型微机控制。由于采用了先进的高纯锗半导体探头,极大提高了探测γ射线的能量分辨率,自制的射线屏蔽室有效地抑制了外界射线对测量的影响,极大地提高了测量精度。

关 键 词:微机  控制  放射性测井  能谱  测量

DEVELOPMENT OF LOW BACKGROUND LEAD CHAMBER FOR GAMMA RAY SPECTRUM ANALYSIS SYSTEM
Yang Rongli Shou Xiangyun Wang Ruiping. DEVELOPMENT OF LOW BACKGROUND LEAD CHAMBER FOR GAMMA RAY SPECTRUM ANALYSIS SYSTEM[J]. Journal of China University of Petroleum (Edition of Natural Sciences), 1989, 0(3)
Authors:Yang Rongli Shou Xiangyun Wang Ruiping
Affiliation:Dcpt. of Petroleum Exploration
Abstract:This paper described the construction of a low backgronnd lead chamber for GRSAS-80 system, an oil-field sample natural gamma-ray spectrum analysis system. The reliability of the system is theoretically analyzed. This mieroecirnpute r controlled system is the first HGe detector multichannel analyzer made in China. With the use of the advanced HGe detector, the energy resolution of the system can be greatly raised. The lead chamber can repress the background effeet lo yield the required surveying precision.
Keywords:Microcomputer  Control  Radioactivity log  Energy spectrum  Measurement  
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