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Radiation Effects and Physical Basis of Nanotechnology, Radioanalytical and Radioisotope Investigations at the FLNR Accelerators

• Studies of the structure and mechanical properties of the ODS alloys irradiated with heavy ions at high energies.
  
  
• Studies of formation of the molybdenum allocations after implantation with helium ions.
  
  
• Investigation of the effect of annealing on the development of the hydrogen blister structures in silicon irradiated with high-energy bismuth ions.
  
  
• Investigation and optimization of properties of track membranes with several crossing pore arrays.
  
  
• Systematic study of electrical asymmetry of conical nanopores filled with electrolyte solution. Determination of the rectification coefficient as a function of nanopore geometry.
  
  
• Development and investigation of ultrathin nanopore membranes with a regular spatial distribution of pores for atomic beam nanolithography and other applications.
  
  
• The production of two-layer composite nanomembranes with asymmetrical conductivity.
  
  
• The new methods of separation and concentration of radioactive isotopes ^178mHf, ^88,89Zr, ^176,177Ta, ^91m,92mNb.
  
  
• The cross-section and yield measurement of reactions ¹¹⁸Sn(,n) ^117mSn and ¹⁹⁶Pt(,n) ^195mPt.
  
  
• Construction of the DC110 cyclotron for practical applications in the framework of the Beta project.
  
  
• Construction of the laboratory building in frames of the "Nanocenter Dubna" project.
  
  

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