Pl-17-32 'Physical phenomena arising during the flow of dense low-temperature dusted plasma in plasma-dynamic systems with fast electrons' (2017-2019);
P13 / 16-32. 'Research, development and creation of the newest plasma of the optical system for cleaning the plasma flow of erosive plasma sources from microcirculation';
Pl-14 'Investigation of physical processes arising during the flow of dense multicomponent low-temperature plasma in crossed electromagnetic fields of plasma-optical systems' (2014-2016);
No 34-08 'Plasmadynamic filter of a new generation for cleaning the dense flow of low-temperature plasma of vacuum-arc discharge from micro-switches' (2014-15);
No F40.2 / 023 'Focusing of intense bundles of negatively charged particles by an electrostatic plasma lens' (2011-12) and No. F53.2 / 013 'Features focusing of intense electron beams and ion beams with a negative charge sign by a plasma lens' (2013-14);
No PL-14-32 'Investigation of physical processes arising in the course of dense multicomponent low-temperature plasma in crossed electromagnetic fields of plasmaoptical systems' (2014-16);
STCU No. 6059 'N octane plasmaoptic system for cleaning the flow of a dense metal plasma from a microparticle '(2015-16);
N62, N168, N168K, N1596, CRDF, AFS Grants;
No 10/7-N 'Nanostructure of films obtained by ion-beam methods and their orientation ability to liquid crystals'