ISSPMT
Institute of Solid State Physics, Materials Science and Technologies
NAS of Ukraine

вопросы атомной науки

Results of scientific activity and publications of sector of radiation technologies:


2016 year

  1. A.Guglya, E. Lyubchenko, Yu. Marchenko, E. Solopikhina, V. Vlasov. Crystal lattice of solid body can store simultaneously both molecules and atoms of hydrogen in quantities.Int. J. of Hydrogen Energy, 2016, v. 41, p. 9410-9417.
  2. A.Guglya, A.Kalchenko, Yu.Marchenko, E.Solopikhina, V.Vlasov, E.Zubarev, E.Lyubchenko. Nano-porous thin film VNx hydrogen absorbents: method of production, structure formation mechanism and properties. Abstract book. International research and practice conference: Nanotechnology and nanomaterials (NANO2016), August 24-27, Lviv, Ukraine, pp. 81-82.
  3. A. Guglya, A. Kalchenko, E. Solopikhina, V. Vlasov, E. Lyubchenko. Nanocrystalline porous thin film VNx hydrogen absorbents: method of production, structure and properties. J. of Advances in Nanomaterials, v.1, №1, 2016, р. 1-10.
  4. A.Guglya, A.Kalchenko, E.Lyubchenko, E.Solopihina, V.Vlasov. Nanocrystalline porous VNx storage as the promising material for hydrogen energy. Proceeding of the XIII International scientific congress “Machines. Technologies. Materials”, 14-17.09.2016, Varna, Bulgaria. V.II, Section “Materials”, pp.75-77.

Production of nanocrystalline nitride fine-film CrN and VN composites with high mechanical characteristics and radiation resistance in conditions of intense ion irradiation.


  1. Guglya A., I.Marchenko, D.Malykhin, I.Neklyudov. Production of Cr-N films by the ion beam assisted deposition technology: experiment and computer simulation. Surface and Coating Technology, 164-165, 2003, p. 286-292.
  2. Guglya А., Neklyudov I, Vasilenko R. Effect of helium ion irradiation on the structure and electrical resistivity of nanocrystalline Cr-N and V-N coatings. Radiation effects and defects solids V.162, 9, 2007, p.643-648.
  3. Guglya A.G., Marchenko Y.A., Perun N.V., Sassa I.V., Lopatin I.V., Tischenko A.S. Technologic plant of ion-stimulated deposition of coatings ARGO-2. Instruments and technique of experiment. V.50, #3,2007, p.136-139.
  4. A.G.Guglya. About mechanisms of formation of nanocrystalline Cr-N and V-N coatings in conditions of ion-induced deposition. Physics of metals and material science. 2010, v.109, #1, p.72-82

Development and investigation of nano porous intermetallide adsorbents of hydrogen.


  1. A.G.Guglya, V.G.Kolobrodov, R.L.Vasilenko. Electric and adsorption characteristics of nanocrystalline V-(N, He) coatings. Journal of Nanomaterials. Issue «Nanocomposites for Engineering Applications». 2009, p.246.
  2. V. Bryk, A.Guglya, M.Litvinenko, I.Marchenko, E.Melnikova, I.Sassa, R.Vasilenko On mechanisms of nanoporous VN-(Ar/He) structure formation under high energy ion bombardment. Radiation effects and defects solids, 2011, v.166, issue 4, p.282-287.
  3. V. Bryk, A.Goncharov, A.Guglya, Kolobrodov, I. Marchenko, E. Melnikova, R.Vasilenko, Yu. Nikitenko, Yu. Khaydukov. Ion induced deposition of V-N-He nanocrystalline micro pore structures. Abstract of 2-d Int. conf. on Multifunctional, hybrid and nanomaterials, 6-10 March, 2011, Strasbourg, France.
  4. V.V.Bryk, R.L.Vasilenko, A.Goncharov, A.G.Guglya, V.Kolobrodov, M.Litvinenko, I.G.Marchenko, E.Melnikova, I.Sassa., Yu. Nikitenko, Yu,Khaydukov, V,Volkov, G.Chaboussant. Mechanisms of formation, structure and adsorption characteristics of microporous nanocrystalline (V, Ti)-N-He fine film composites. Surface: X-ray, synchrotron and neutron investigations, 2011, #6, p.66-75
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