Key Activities

Technologies of properties’ modification and characterization of materials

  1. Materials for nuclear and thermonuclear energetic;
  2. Materials for electro-physical and electro-optical systems and electronics. Superconductors;
  3. New material for medicine;
  4. Technologies of creation nanostructures and nano-systems; Engineering of materials.
  5. Composite materials;
  6. Powder materials for coatings and additive technologies;
  7. Equipmentt and technologies of structure, composition and characteristics control for materials and compounds;
  8. Non-destructive testing. Radiography. Tomography;
  9. Methods of extraction of high purity and rare-earth materials;

Technologies supplied to mechanical systems, instruments and new microelectronics

  1. Particle accelerators and components;
  2. Lasers and components;
  3. Compact neutron sources;
  4. Automated control and anticipatory systems. Robotic inspection and repair;
  5. UHF-systems;
  6. Detectors, sensors, dosimeters and components;
  7. Equipmentt and technologies based on radiation sources, plasmas or lasers for new materials’ development. Lithography. Fast prototyping;
  8. Systems of calibration, checking and certification for detectors;

Technologies of designing, constructing, modeling and engineering of complicated technological objects and systems

  1. Engineering of technological systems including systems based on radiation sources or lasers. Radiation safety aspects;
  2. Predictive modelling in power engineering
  3. Design, modelling and characterisation of materials structure and properties at extreme conditions; Computer-aided engineering systems;
  4. Life-cycle control systems for complicated technological objects;
  5. Imaging technologies and data acquisition;
  6. Simulations for nano-, bio-, radiation technologies;

Industrial technologies based on nuclear science developments:

  1. Specific and and spin-off of nuclear power and fusion technologies;
  2. Processing and storage of radioactive waste;
  3. Back-end for radiation-dangerous objects;
  4. Isotopes and their applications in medicine and industry. Radiopharmaceuticals
  5. Plasma formation and diagnostics for technological applications;

Application of radiation and electromagnetic fields

  1. Radiation and radioisotope therapy and magnet therapy
  2. Laser and terahertz technologies for diagnostics and therapy, cosmetology and biotechnology
  3. Technologies of medical and industrial diagnostics utilizing radiation and magnetic fields
  4. Radiation technologies for microbiology processing, sterilization and disinfection technologies;
  5. Volume and surface processing of materials by high pressure, temperature and particle beams. Deposition, sputtering, implantation;
  6. Coating formation technologies;
  7. Particle beam, laser, terahertz, plasma and electrochemical technologies for the industrial applications. Additive technologies;
  8. Security inspection systems;
  9. Beam, laser and plasma techniques for mediation and adaption technologies to enhance ecological sustainability ;
  10. Electron-beam, radiation-chemical and EM field controlled technologies;
  11. Radiation processing of mineral products
  12. Radiation technologies in geology and geochemistry;