Laboratory of physical methods of analysis

Were developed and implemented a method of operational quality control of baking using X-ray diffraction at the Pavlodar aluminum smelter;
Were developed more than 40 methods of quantitative emissive spectral determination of impurities in various metallurgical products.

Analysis and research of raw material, semi-products and metallurgical industry in the development of highly efficient technologies for complex processing of mineral and technogenic raw materials by physical methods of research.

Emission spectral analysis: qualitative, quantitative and semi-quantitative elemental analysis of various products (detection limit from 10-1 to 10-4 %);
X-ray analysis: qualitative and quantitative X-ray analysis; determination of the parameters and the syngony of the crystal lattice; determining the crystal size;
Crystal optic analysis: optical microscopy studies in transmitted and reflected mode for exploring the of phase composition, structure of rocks, ores, metals and alloys; definition of minerals in the immersion fluid;
Crystal optic analysis: optical microscopy studies in transmitted and reflected mode for exploring the of phase composition, structure of rocks, ores, metals and alloys; definition of minerals in the immersion fluid;
FTIR analysis: structurally group and phase analysis of organic, inorganic materials in liquid or solid form, coatings on metal surfaces without chemically treated test preparation;
Thermal analysis: identification of certain chemical compounds; Qualitative and quantitative analyzes of mechanical mixtures of several substances; measurement of phase transition temperatures of individual substances and systems, building on their base of state diagrams.