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矿物分析的应用十分广泛,深入研究岩石成份可以指导深埋于地底下的矿藏寻找与开发,还可以研究脚下地球乃至全宇宙物理化学的构成成份。因而,矿物分析是保证各科学研究顺利发展的基础性学科。但是,目前在矿物分析过程中存在着很多的误差,导致研究数据的准确性下降,严重影响着各科学研究的发展。本文首先对矿物分析的原理、方法和过程做一个简要概述,再在此基础上着重分析了矿物分析过程中存在的误差,从而提出相应的矿物分析过程控制误差的办法。
Mineral analysis is widely used, in-depth study of rock composition can guide the underground buried in the search and development of minerals, you can also study the foot of the Earth and even the whole universe physical and chemical composition. Thus, mineral analysis is to ensure the smooth development of science and the basic disciplines. However, there are a lot of errors in the mineral analysis at present, which leads to the decline of the accuracy of the research data and seriously affects the development of various scientific researches. This paper first makes a brief overview of the principles, methods and processes of mineral analysis, and then focuses on the analysis of the errors existing in the mineral analysis process, so as to propose the corresponding control method of mineral analysis process.