首页> 外文期刊>Journal of Radioanalytical and Nuclear Chemistry: An International Journal Dealing with All Aspects and Applications of Nuclear Chemistry >Quantification of minor and trace elements in raw and branded turmeric samples using Instrumental Neutron Activation Analysis utilizing Apsara-U reactor for possible applications to forensic science
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Quantification of minor and trace elements in raw and branded turmeric samples using Instrumental Neutron Activation Analysis utilizing Apsara-U reactor for possible applications to forensic science

机译:利用APSARA-U反应器的仪器中子激活分析定量原料和品牌姜黄样品中的微小元素,利用APSARA-U反应器进行法医学应用

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摘要

Turmeric is widely known for its spice and medicinal values. It was of interest to study both raw and market available branded turmeric samples for minor and trace elemental contents, which can be used for possible forensic applications. Four raw turmeric samples and six branded turmeric samples from local market of India were analyzed by Instrumental Neutron Activation Analysis using upgraded Apasara research reactor. A total of thirteen minor and trace elements including chromium were determined. Determined concentration ranges of raw and branded turmeric samples and calculated daily dietary intake values were compared with the WHO/FAO safe limit values.
机译:姜黄被其香料和药物价值普及。 研究原始和市场可获得的植物姜黄样品,用于次要和痕量元素内容物,可用于可能的法医应用。 通过使用升级的Apasara研究反应堆通过仪器中子激活分析分析了来自印度当地市场的四个原始姜黄样品和六种品牌姜黄样品。 确定总共13个次要和微量元素,包括铬。 与WHO / FAO安全限制值进行比较了原始和品牌姜黄样品的浓度范围和计算的每日膳食进口值。

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