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VASYL STEFANYK PRECARPATHIAN NATIONAL UNIVERSITY
  
Óêðà¿íîìîâíà âåðñ³ÿ
Science & Educational Centre
NANOMATERIALS IN ACCUMULATION AND GENERATION OF ENERGY DEVICES

Scientific activity


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Structure of Scientific Activity
Publications

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Main Tasks of Scientific Activity


  1. The general strategy development of novel nanomaterial obtaining with foreseen modification their physical&chemical properties for their optimal usage in engineering of energy generation and accumulation devices
    1. Optimal conditions determination of receipt and structural modification nanodispersive materials on the basis of oxides Ti, Si, Mg, Zn and carbon:
      • Time- and temperature-stable values of specific-capacitance lithium electric energy sources up to 2000 W·h/kg.
      • Primary lithium cell with the specific energy up to 3400 mÀ·h/g.
      • High efficient and low-cost secondary lithium-ion cell.
    2. DSSC on the TiO2 base.
  2. Fundamental study the process of electrochemical intercalation of nanodispersed powder materials by the lithium ions
    1. Detailed investigations of crystalline, electronic, magnetic structure changes, phase composition and morphology of nanodispersive oxides Ti, Si, Mg, Zn, spinel compositions:
      • Large-scale researches of physical and chemical properties of intercalates compounds.
      • Study the kinetics and thermodynamics of processes of intercalation.
      • Photointercalation phenomena.
  3. Optimization the conditions and regimes of getting and proper modification nanoporous carbon as base material for forming electric energy accumulator of superhigh capacity
    1. Research electron-ion processes in supercapacitors on boundaries of electrode/electrolyte and influence of surface morphology, porosity of material on the value of energetic parameters of supercapacitors:
      • Supercapacitors with the specific capacity up to 210 F/g.
      • Technical documentation on the industrial making of the PCM.