Measuring xenon activity by HPGe gamma spectrometry using efficiency function of point sources

TIAN Zining1; 2 OUYANG Xiaoping1; 2 HUANG Xiongliang2 ZHOU Chongyang2 ZHANG Yang2 SHEN Maoquan2 YANG Xiaoyan2 1

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Measuring xenon activity by HPGe gamma spectrometry using efficiency function of point sources

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- Measuring xenon activity by HPGe gamma spectrometry using efficiency function of point sources
- NUCLEAR TECHNIQUES Vol. 34, Issue 11, (2011)
- 作者机构：
  
  1. 清华大学工程物理系
  2. 西北核技术研究所
- 作者简介：
- 基金信息：
- DOI：
  CLC： TL816.2
- Published：01 November 2011
- 稿件说明：
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[1]田自宁,欧阳晓平,黄雄亮,周崇阳,张洋,申茂泉,杨晓燕.氙气样品的点源效率函数法HPGe谱仪测量[J].核技术,2011,34(11):832-836.

TIAN Zining1, 2 OUYANG Xiaoping1, 2 HUANG Xiongliang2 ZHOU Chongyang2 ZHANG Yang2 SHEN Maoquan2 YANG Xiaoyan2 1. Measuring xenon activity by HPGe gamma spectrometry using efficiency function of point sources[J]. Nuclear techniques, 2011, 34(11): 832-836.
[1]田自宁,欧阳晓平,黄雄亮,周崇阳,张洋,申茂泉,杨晓燕.氙气样品的点源效率函数法HPGe谱仪测量[J].核技术,2011,34(11):832-836. DOI：

TIAN Zining1, 2 OUYANG Xiaoping1, 2 HUANG Xiongliang2 ZHOU Chongyang2 ZHANG Yang2 SHEN Maoquan2 YANG Xiaoyan2 1. Measuring xenon activity by HPGe gamma spectrometry using efficiency function of point sources[J]. Nuclear techniques, 2011, 34(11): 832-836. DOI：

摘要

用HPGeγ谱仪

在5个高度上用241Am、137Cs、60Co混合点源测量Φ75 mm×25 mm空样品不同剖面上不同位置的全能峰探测效率

用最小二乘拟合法确定点源峰效率函数中的的各参数值

用该点源效率函数对Φ63.50 mm×16.66 mm的氙气体样品进行数值积分计算

得氙气体的81.0、160.6、163.9、233.2、249.8、526.6 keVγ射线全能峰效率。该点源效率函数在测量计算氙样品活度中得到了应用

并和不同单位的蒙卡计算结果以及β-γ符合测量结果进行了比较

偏差在7%以内符合

说明该方法是可行的。

Abstract

Using a HPGe system

γ-ray detection efficiency of 241Am

137Cs and 60Co in mixed point sources places at different radius positions in empty sample boxes of different heights were obtained.The peak efficiency function parameters of the point sources were determined by least-squares fitting method.The 81.0

160.6

163.9

233.2

249.8

526.6 keV γ-ray detection efficiencies of Φ63.50 mm×16.66 mm xenon samples were obtained by numerical integration.This method was used to calculate activity of collected xenon samples.The results were

compared with those by Monte Carlo simulation and ?-? energy coincidence measurement

and the deviation were within 7%.

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