I.N.A.A. AT DUBNA NUCLEAR REACTOR TRACE ELEMENT CHARACTERIZATION OF OBSIDIAN FOUND IN ROMANIA

O.A. CULICOV; M.V. FRONTASYEVA; L. DARABAN; V.GHIURCA

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I.N.A.A. AT DUBNA NUCLEAR REACTOR TRACE ELEMENT CHARACTERIZATION OF OBSIDIAN FOUND IN ROMANIA

机译：I.N.A.A.罗马尼亚Obsdian地核在DUBNA核反应堆中的痕量元素表征

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We measured the significant elements for provenance studies of obsidians by INAA at IBR-2 pulse reactor from, JINR, Dubna, Rusia. The aims of this study are to identification an obsidian source in Orasu Nou (Maramures country from Romania). Comparatively with geological studies, the results of correlation and dendrological diagrams of the analyzed elements from irradiated samples are presented in this paper. Until now the geologist assumed that the obsidian from Oaf area is of a new source. But this isn't confirmed by our experimental results. By this we can say that in Paleolithic these materials were extracted from Slovakia and they were brought by the river Tisa and exchanged for any kind of products.

机译：我们测量了INAA在来自JINR，Dubna，俄罗斯的IBR-2脉冲反应堆进行的黑曜石物源研究的重要元素。这项研究的目的是确定Orasu Nou（罗马尼亚的马拉穆列斯国家）的黑曜石来源。与地质研究相比，本文介绍了辐照样品中被分析元素的相关性和树状图。迄今为止，地质学家一直认为奥夫地区的黑曜石是一种新来源。但是我们的实验结果并未证实这一点。可以这样说，在旧石器时代，这些材料是从斯洛伐克提取的，由蒂萨河带来的，可以交换任何形式的产品。

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《Studia Universitatis Babes-Bolyai. Series Physica》 |2009年第2期|共10页
作者
O.A. CULICOV; M.V. FRONTASYEVA; L. DARABAN; V.GHIURCA;
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正文语种 eng
中图分类物理学;
关键词
obsidian; corellation; activation analysis; nuclear reactor;

机译：黑曜石;相关性;活化分析;核反应堆;

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1. I.N.A.A. AT DUBNA NUCLEAR REACTOR TRACE ELEMENT CHARACTERIZATION OF OBSIDIAN FOUND IN ROMANIA [J] . O.A. CULICOV, M.V. FRONTASYEVA, L. DARABAN, Studia Universitatis Babes-Bolyai. Series Physica . 2009,第2期

机译：I.N.A.A.罗马尼亚Obsdian地核在DUBNA核反应堆中的痕量元素表征
2. Using Nanosims To Map Trace Elements In Stainless Steels From Nuclear Reactors [J] . S. Lozano-Perez, M. Schroeder, T. Yamada, Applied Surface Science . 2008,第4期

机译：使用Nanosims映射核反应堆中不锈钢中的痕量元素
3. Characterization of irradiation sites at DHRUVA and APSARA reactors for K_0-based NAA and determination of trace elements In some biological materials [J] . R. Acharya, A.G.C. Nair, K.C. Jagadeesan BARC Report . 2005,第pa1期

机译：基于K_0的NAA在DHRUVA和APSARA反应器中的辐照部位的表征以及某些生物材料中微量元素的测定
4. Quantification of Trace and Ultra-trace Elements in Nuclear Grade Manufactured Graphites by Fast-Flow Glow Discharge Mass Spectrometry and by Inductively Coupled Plasma - Mass Spectrometry after Microwave - Induced Combustion Digestions [C] . Xinwei Wang, Gaurav Bhagat, Kevin OBrien, MRS Meeting . 2010

机译：通过快速流动辉光放电质谱和微波诱导燃烧消化后的电感耦合等离子体质谱法测量核等级制造石墨中核级制造石墨中的痕量和超微量元素
5. Extending the CANDU nuclear reactor concept: The multi-spectrum nuclear reactor feasibility study of designing the multi-spectrum nuclear reactor using the CANDU's unique features [D] . Allen, Francis J. F. 2009

机译：扩展CANDU核反应堆概念：利用CANDU的独特功能设计多光谱核反应堆的多光谱核反应堆可行性研究
6. Automation system for neutron activation analysis at the reactor IBR-2 Frank Laboratory of Neutron Physics Joint Institute for Nuclear Research Dubna Russia [O] . Sergey S. Pavlov, Andrey Yu. Dmitriev, Marina V. Frontasyeva -1

机译：IBR-2反应堆中子活化分析自动化系统俄罗斯杜布纳联合核科学研究所中子物理弗兰克实验室
7. A study of obsidian in prehistoric central and Eastern Europe, and it's trace element characterization. An analytically-based study of archaeological obsidian in Central and Eastern Europe, an investigation of obsidian sources in this area, and the characterization of these obsidians using neutron activation analysis. [O] . Thorpe Olwen Williams 1978

机译：对史前中欧和东欧黑曜石的研究及其痕量元素表征。基于分析的中欧和东欧考古黑曜石研究，该地区黑曜石来源调查以及使用中子活化分析对这些黑曜石进行表征。

I.N.A.A. AT DUBNA NUCLEAR REACTOR TRACE ELEMENT CHARACTERIZATION OF OBSIDIAN FOUND IN ROMANIA

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