Projects

Positronium technological complex for microelectronic, metallurgical, chemical industries and medicine.

Current limiting switch on carbon films. Patent No. 2212735 09/20/2003

Microwave radiation detector on carbon films.

The electrophysical installation of the Institute for Nuclear Research with a linear electron accelerator LUE 8-5 for an energy of 8 MeV with a beam power of up to 5 kW has been in operation since 1984. The construction of this installation was carried out by the team of the laboratory of photonuclear reactions in collaboration with the D.V. Efremov NIIEFA , who developed and manufactured the equipment for the LUE 8-5 installation. During the operation of the accelerator, the laboratory made a significant number of improvements, created new magneto-optical elements and units of the electron beam transportation system and equipment for the monitoring and control system of electron beam parameters.

Winter power plant based on a renewable heat source in a natural reservoir.

Air ionization chamber for measuring surface alpha activity of large samples.

Air ionization chamber for measuring Rn222 content in rooms.

Radiation detector with improved characteristics for medicine and industry.

Highly sensitive compact fast neutron dosimeter.

Detectors for non-destructive testing of environments, substances and materials using nuclear physical methods for inspection terminals.

Small-sized laser spectrometer.

Resistive flat camera (RPC) is a PET detector.

Semiconductor multichannel detector with internal signal amplification (photodetector - detector for PET).

Ionization monitor of the cross section of a beam of accelerated particles (for medical and other low-current channels).

Development of technology and production of prototypes of nanocrystalline copper with a harmonic spectrum of lattice vibrations.

Radiochemical neutron detector for non-destructive testing of fissile materials.

Development of detectors and electronic devices based on carbon films. Patent No. 2212735 09/20/2003

Highly efficient roller blade engine with gas working fluid.

Methods for obtaining medical radionuclide tin-117m from antimony targets at the linear proton accelerator of the INR RAS. Patent No. 2313838 December 27, 2007

Development of new technologies for creating radionuclide microsources and nanostructures for radiotherapy using high-energy proton and neutron beams.