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Radiation Effects and Physical Bases of Nanotechnology, Radioanalytical and Radioisotope Investigations on FLNR Accelerators

• Construction of a target set-up for the confocal optical system for the registration of ionoluminescence spectra on the IC-100 cyclotron.
  
  
• Data of the in-situ studies of mechanical tension in alumina single crystals in the process of irradiation with high-energy ions with various energy losses.
  
  
• Results of studies on the ion-implantation formation of iron precipitations in molybdenum pre-irradiated with helium ions.
  
  
• Determination of regularities governing propagation of ultrasonic waves through micro- and nanopores in track membranes of various structure.
  
  
• Development of novel diode-like membranes with asymmetrical conductance, comprising a porous substrate (track membrane) and a semipermeable layer of the electroconductive polymer formed by plasma polymerization of monomers (aniline, thiophene, pyrrol, acetylene), capable of serving as systems with feedback, chemical and biochemical sensors.
  
  
• New methods for separating and concentrating radioisotopes with the use of nanostructured materials.
  
  
• Improvement of the methods for control over the low-intensity ion beams on IC-100. Creation of devices for particle flux measurements.
  
  
• Optimization of the optical system of the ion source of IC-100.
  
  

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