The scientific activity of the department is aimed at obtaining and applying new knowledge for:

– solving technological, engineering, economic, social, humanitarian and other problems;

– ensuring the functioning of science, technology and production as a single system.

currently, an unfunded state budgetary research project is being implemented. “methodological, psychological and pedagogical aspects of improving the teaching of natural science disciplines of csr, in which students of the department take an active part along with teachers.

development of laser technology to receiving oven films with high current-limiting ability on basis of rbаcuo and ybacufeo ceramics

Purpose of project:

The purpose of project is development of methods for increasing density of critical current and achievement optimal values of cryogenic parameters for HTSC- oven films 2G on the basis of difficult cuprate oxides RBaCuO ( R = Y, La, Nd, Gd) an YBaCuFeO, which received by the methods of impulse laser ablation.

Advantages: Second- rate generation high-temperature superconductors (HTSC) (2G) RBa2Cu3O7-x ( R = Y, Nd,Gd), YBa2Cu3-yFeyO7-x are continentally studied and hopeful materials for practical application in the ovev filmed form. In this connection the important scientific-technical object is development methods to increase current-limiting ability for the second-rate generation HTSC -oven filmed electric conductors.

Accomplishment the work by this project is guaranteed development laser technology to improve cryogenic characters for the second – rate generation oven filmed HTSC – electric conductors.

Current state of the project:

The using impulse laser ablation method is guaranteed to receive BTSP-oven film with high rate crystallized perfection and stoichiometric which close to accumulation electrode composition. The work is expect to achievement high datum of oven films critical current density (~10 7А/см2). One of the methods is to crate pinning effective centers.