ATOMIC SPECTRAL ANALYSIS Unlocked

Among the various analytical (chemical, physicochemical, etc.) methods of studying the chemical chemical composition of matter optical spectral analysis (emission and atomic absorption) is one of the most rapidly developing and applied in practice methods of analysis.
The range of issues that are solved by the methods of spectral analysis is very extensive: the analysis is especially pure substances, defect-free control of finished products, express analysis of metallurgical casting, exploration of ore deposits, analysis of lunar soil and composition of stellar matter, control of industrial and domestic wastewater, air pollution and air pollution of production bathrooms, etc. In accordance with this, the methods of spectral analysis take on specialists in various fields of knowledge: metallurgists, chemists, biologists, astronomers, nicknames of agriculture and medicine, physics, etc.
One of the main advantages of spectral analysis is its unrivaled high expressure. In a matter of seconds, using the simplest portable stylometer, marks are made
calibration analysis to control the chemical composition of incoming raw materials and materials. Application a quantum meter for express analysis of metal melting, for example, in large converters, where the whole process ends in 30 minutes, allows you to determine 10 - 12 elements within one minute,
which makes it possible to timely introduce the necessary adjustments in the melting process. Similar examples confirm the need for knowledge of the basics and methods of spectral analysis in modern engineer.