DEVELOPMENT OF TECHNOLOGY TO OBTAIN METAL ALLOYED CATHODE FOR POWERFUL ELECTRONIC VACUUM DEVICES FOR MICROWAVES ELECTRONICS

DEVELOPMENT OF TECHNOLOGY TO OBTAIN METAL ALLOYED CATHODE FOR POWERFUL ELECTRONIC VACUUM DEVICES FOR MICROWAVES ELECTRONICS

Millimeter waves devices are widely used in modern electronics. Millimeter waves magnetrons are under development in Russia as well as abroad.
NONDISTRUCTIVE METHOD OF PARAMETERS CONTROL FOR MULTILAYER FILMS DURING PRODUCTION PERIOD

NONDISTRUCTIVE METHOD OF PARAMETERS CONTROL FOR MULTILAYER FILMS DURING PRODUCTION PERIOD

The most sensitive are methods of spectral ellipsometry based on the analysis of light polarization changes when reflected from the samples surface
MAGNETIC MATERIAL FOR SUPER DENSE MAGNETIC AND MAGNETOOPTICAL DATA STORAGE

MAGNETIC MATERIAL FOR SUPER DENSE MAGNETIC AND MAGNETOOPTICAL DATA STORAGE

Computer technologies development is followed by higher demand for small size memory devices capable of storing big volume of information. Thus higher density data storage in advanced memory devices is a big challenge.
DEVELOPMENT OF ADVANCED NANO STRUCTURED FERRITE MATERIALS AND COMBINED ABSORBERS OF ELECTROMAGNETIC EMANATION FOR ACOUSTIC CHAMBERS AND SUPER WIDE BAND RADIOTECHNICAL SYSTEMS

DEVELOPMENT OF ADVANCED NANO STRUCTURED FERRITE MATERIALS AND COMBINED ABSORBERS OF ELECTROMAGNETIC EMANATION FOR ACOUSTIC CHAMBERS AND SUPER WIDE BAND ...

For research needs in fields of radio location, antenna radiation, microwaves radiation and other tasks which call for eliminating impact of phantom signals both external and reflected, an acoustic chamber is used.

Process for preparing nano- and submicrocrystalline powders SrFe12O19 with a high coercive force for production of bonded ...

Receiving nano- and the submicrocrystalline SrFe12O19 powders with a high coercive force for production of bonded and sintered magnets by crystallization of oxide glass.
The ultimate document capture system

The ultimate document capture system

The Cognitive Forms System is a software package designed to organize process fl ow of large scale capture of document templates.
New ceramic materials system Mo-B-Si

New ceramic materials system Mo-B-Si

New ceramic materials system Mo-B-Si, obtained by self-propagating high-temperature synthesis (SHS) from mechanically (MA) in the blend used as targets for magnetron sputtering, and electrodes for spark alloying.
High-porosity powder materials and products

High-porosity powder materials and products

Porous materials produced by the powder metallurgy method are used as filters, flame extinguishers, acoustic absorbers, damping materials, heat pipes, electrodes, etc
Creating a technological line for production of modern high-efficiency photovoltaic сells for space applications

Creating a technological line for production of modern high-efficiency photovoltaic сells for space applications

The production of modern high efficiency photovoltaic cells for space applications is the multistage science intensive process that requires compliance with any special conditions imposed on the technology, materials, equipment, premises etc.
Rare-earth elements manganites

Rare-earth elements manganites

Active research of one of the most studied classes of multiferroics - reare-areth manganites (REM) RMnO3 (R = Gd–Lu, Y) are carried out in Department of Theoretical Physcis and Qunatum Technologies
Synthesis of BN nanotubes and nanosheets and their application for reinforcement of metallic binders of new composite materials

Synthesis of BN nanotubes and nanosheets and their application for reinforcement of metallic binders of new composite materials

The large throughput fabrication of BN nanotubes and nanosheets and their smart utilization for reinforcement of diverse metallic and ceramic composite materials and coatings for structural and medical applications is our ultimate goal.
Nanotechnology

Nanotechnology

Methods for calculating the surface state and properties of metals and alloys
Spectral instrumentation for automatic interplanetary probes

Spectral instrumentation for automatic interplanetary probes

Acousto-optic devices, owing to their bulk and high reliability, are widely used as an integral part of space borne research instruments on space vehicles.

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