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Innovations in Analytical Chemistry-The Key to Metallurgical Advancement

机译:分析化学的创新-冶金学进步的关键

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Innovation is the development of new solutions to meet the demands of the times. In the mining industry innovations have been driven by government regulatory changes, economic influences and the demand for metallurgical process improvement. Analytical chemistry is the force behind metallurgical advancement and discovery. Measurement is the key to understanding what you have achieved. The analysis of metals was among the earliest applications of analytical chemistry. While fire assay for analysis of precious metals has changed very little in the past 500 years, the majority of analytical equipment in the laboratory has changed dramatically in the past 60 years. As a result assays and analyses which took days to complete, changed to hours, hours improved to minutes, and minutes to seconds in some cases. These improvements came through the discovery and optimization of electronic instrumentation; particularly flame Atomic Absorption Spectrometer, Inductively Coupled Plasma-Optical Emission Spectrometer, Inductively Coupled Plasma-Mass Spectrometer, X-Ray Fluorescence and quick combustion gas analyzers.
机译:创新是开发新解决方案以满足时代的需求。在采矿业中,创新是由政府法规变化,经济影响以及对冶金工艺改进的需求所驱动。分析化学是冶金学进步和发现的动力。测量是了解您所取得成就的关键。金属分析是分析化学最早的应用之一。在过去500年中,用于分析贵金属的火焰测定法变化很小,但在过去60年中,实验室中的大多数分析设备已发生了巨大变化。结果,分析和分析需要几天的时间才能完成,更改为数小时,数小时改进为数分钟,而在某些情况下则需要数分钟至数秒。这些改进来自对电子仪器的发现和优化。尤其是火焰原子吸收光谱仪,电感耦合等离子体发射光谱仪,电感耦合等离子体质谱仪,X射线荧光分析仪和快速燃烧气体分析仪。

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