Latest projects
RFBR, # 96-05-65304-Ю, 1996 – 1998.	Formulation of the model of formation of earthquake precursors based on the representations about its epicenter as the giant geological mechanic - chemical reactor.
RFBR, #97-05-64359-Ю, 1997 – 1999.	Ionosphere - magnetosphere plasma convection for different conditions in solar wind (satellite investigations and analytical models).
RFBR, #99-05-65650-Ю, 1999 – 2001.	Electric field dynamics in the atmosphere and its influence on the ionosphere.
RFBR, #01-02-97044-П,  2001 – 2003.	Development of physical principles of monitoring of electromagnetic safety of Moscow region.
RFBR, #01-05-64770-Ю,  2001 – 2003.	Influence of the catastrophic atmospheric phenomena on the ionosphere and magnetosphere of the Earth.
RFBR, #02-05-64612-Ю,  2002 – 2003.	Modeling of structural wave turbulence in the atmospheric and ionospheric layers of the Earth and its application to the prediction of some unusual natural phenomena.
RFBR, #03-05-64553-Ю,  2003 – 2005.	Theoretical model of the generation of electromagnetic and plasma disturbances due to shock wave in the ionosphere related to the space equipment activities.
ISTC, Project #0417.	Development of Set of On-board Instrumentation for a Space-based Experimental Study of the Electromagnetic and Plasma Earthquake Precursors.
ISTC, Project #2620.	Technology and Design Development of Solar Arrays of Amorphous Silicon Based on Thin Polymer Film Deployed by Centrifugal Forces for Communications and Earth Observation Satellites.
ISTC, Project #2990.	Complex Ground Based Geophysical Observations Coordinated with Satellite DEMETER Investigations.
ISTC, Project #3520.	Charged Particles Acceleration by Shock Waves in Space Plasma.
State program #01.2.00603791  from the Russian Academy of Sciences, 2005-2010.	Electrodynamics of the ionosphere and the electrodynamical atmosphere – ionosphere coupling.