Federal Research Center of Problem of Chemical Physics and Medicinal Chemistry RAS

Development of technological solutions for the creation of new generation electrochemical devices.

Perovskite solar panels, Metal-ion batteries, Organic solar panels and photodetectors and materials for medicine.

Preparation and investigation of physico-chemical properties of new types of metal-organic coordination polymers (MOCPS) with poly-nuclear inorganic blocks. Preparation and investigation of the activity of hydrogenation catalysts based on a porous matrix of MOCP. Preparation and investigation of the adsorption capacity of sorbents based on MOCP. Creation of nanocomposite materials for functional purposes (sensors, catalysts, conducting polymers, etc.). Obtaining new types of metal-containing monomers and polymers based on them, including those with self-healing properties.

Studying shock wave phenomena in condensed media and obtaining information about the processes of high-speed deformation, destruction, structural and chemical transformations of matter under these conditions. Identification of mechanisms, determining factors and kinetic patterns of fast-flowing processes in order to ensure the predictability of intense pulse effects and the use of shock wave technology for problems of materials science, solid state physics and chemical physics. Special attention is paid to studies of the influence of structural factors on the dynamic properties of materials. Structural factors include: grain size, texture, dislocations, twins, heat treatment, various plastic deformations, etc.

The laboratory was created based on the Order of the Federal Research Center for Chemical Physics and the Ministry of Chemistry of the Russian Academy of Sciences No. 25s dated October 24, 2022, upon completion of the competitive selection for the creation of new youth laboratories under the guidance of promising young researchers within the framework of the federal project "Development of human capital in the interests of regions, industries and the research and development sector" of the national project "Science and Universities", including in the direction of "New Energy". The purpose of the laboratory's scientific research: Development of technologies for the creation of new materials for chemical current sources and testing of new materials in experimental device samples. The main activities of the Laboratory: 1. Research and development of technologies for the manufacture of electrode and electrolyte materials for chemical current sources, 2. Research and development of technologies for obtaining soot and other powder materials with specified properties by plasma-chemical synthesis, 3. Research and development of technologies for the manufacture of experimental samples of chemical current sources (in particular, metal-ion batteries and PEM fuel cells).

A combination of various physical research methods for the comprehensive characterization and determination of the properties of new functional materials.