浅析原子吸收在地质实验测试中的应用OA
Analysis of the Application of Atomic Absorption in Geological Experimental Testing
原子吸收是一种重要的分析技术,因其操作便捷,灵敏度高,能有效提高实验测试数据的精度,减少错误的发生几率,现已被广泛应用于各种地质实验测试中.地质学研究需要准确测量和分析样品中的元素含量和成分,以便于了解地质演变过程、地球变迁历史以及地球内部和表层的化学/物理特征.原子吸收技术在测量样品中特定元素的吸收光谱,并得出准确、敏感和可靠的分析结果方面有着巨大的优势.在目前各类地质实验测试中,原子吸收技术可有效排除各种干扰因子对实验成果精度的影响.本文详细介绍了地质实验测试的作用及其基本流程,剖析了原子吸收法的基本原理及其优势,并对原子吸收法的基本流程及其在地质实验测试中的具体应用展开了分析,以期为地质实验工作者提供借鉴与参考.
Atomic absorption is an important analytical technique,which is widely used in various geological experiments due to its convenient operation,high sensitivity,and ability to effectively improve the accuracy of experimental test data and reduce the probability of errors.Geological research requires accurate measurement and analysis of the element content and composition in samples,in order to understand the geological evolution process,the history of Earth's changes,and the chemical/physical characteristics of the Earth's interior and surface.Atomic absorption technology has significant advantages in measuring the absorption spectra of specific elements in samples and obtaining accurate,sensitive,and reliable analysis results.In various geological experimental tests,atomic absorption technology can effectively eliminate the influence of various interference factors on the accuracy of experimental results.This article provides a detailed introduction to the role and basic process of geological experimental testing,analyzes the basic principle and advantages of atomic absorption method,and analyzes the basic process of atomic absorption method and its specific application in geological experimental testing,in order to provide reference and guidance for geological experimental workers.
贺驰;郭丽红
辽宁省核工业地质二四一大队有限责任公司,辽宁 凤城 118100辽宁省核工业地质二四一大队有限责任公司,辽宁 凤城 118100
地质学
原子吸收法地质工作实验测试
Atomic absorption methodGeological workExperimental testing
《世界有色金属》 2024 (2)
232-234,3
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