Use of laboratory robots when studying rocks’ material composition
The methods, that are applied to study rocks’ material composition by X-ray diffraction, X-ray fluorescent and pyrolytic methods are considered in the article due to the growing scope of work that accompany the dynamic development of the oil industry. The use of modern robotic systems capable of replacing a man in routine operations can reduce labor costs and spend the released time to increase the knowledge intensity of the results. Examples of the use of information on the mineral and chemical compositions of depositions and materials, demonstrating solutions of a wide range of problems, are presented.