首页> 外文会议>2001 Workshop on the Utilization of Research Reactors Nov 5-9, 2001 Beijing, China >PROGRESS REPORT ON NEUTRON ACTIVATION ANALYSIS AT DALAT NUCLEAR RESEARCH REACTOR
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PROGRESS REPORT ON NEUTRON ACTIVATION ANALYSIS AT DALAT NUCLEAR RESEARCH REACTOR

机译:大叻核研究反应堆中子活化分析进展报告

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Neutron Activation Analysis (NAA) is one of most powerful techniques for the simultaneous multi-elements analysis. This technique has been studied and applied to analyze major, minor and trace elements in Geological, Biological and Environmental samples at Dalat Nuclear Research Reactor. At the sixth Workshop, February 8-11, 1999, Yojakarta, Indonesia we had a report on Current Status of Neutron Activation Analysis using Dalat Nuclear Research Reactor. Another report on Neutron Activation Analysis at the Dalat Nuclear Research Reactor also was presented at the seventh Workshop in Teajon, Korea from November 20-24, 2000. So in this report, we would like to present the results obtained of the application of NAA at NRI for one year as follow: (1). Determination of the concentrations of noble, rare earth, uranium, thorium and other elements in Geological samples according to requirement of clients particularly the geologists, who want to find out the mineral resources. (2) The analysis of concentration of radionuclides and nutrient elements in foodstuffs to attend the program on Asian Reference Man. (3) The evaluation of the contents of trace elements in crude oil and basement rock samples to determine original source of the oil. (4) Determination of the elemental composition of airborne particle in the Ho Chi Minh City for studying air pollution. The analytical data of standard reference material, toxic elements and natural radionuclides in seawater are also presented.
机译:中子活化分析(NAA)是同时进行多元素分析的最强大技术之一。该技术已被研究并用于分析大叻核研究堆地质,生物和环境样品中的主要,次要和微量元素。在1999年2月8日至11日在印度尼西亚约雅加达举行的第六次研讨会上,我们发表了有关使用大叻核研究堆进行中子活化分析的现状的报告。 2000年11月20日至24日,在韩国Teajon举行的第七次研讨会上,也发表了另一篇关于大叻核研究堆中子活化分析的报告。因此,在本报告中,我们将介绍NAA应用的结果。 NRI一年如下:(1)。根据客户(尤其是希望找到矿产资源的地质学家)的要求,确定地质样品中的贵金属,稀土,铀,th和其他元素的浓度。 (2)分析参加亚洲参考人计划的食品中放射性核素和营养元素的浓度。 (3)评估原油和基岩样品中微量元素的含量,以确定石油的原始来源。 (4)确定胡志明市空气传播颗粒的元素组成,以研究空气污染。还提供了海水中标准参考物质,有毒元素和天然放射性核素的分析数据。

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