Перегляд за автором "Romanyuk, V.R."

Сортувати за: Порядок: Результатів:

  • CdSe nanoparticles grown with different chelates 
    Bacherikov, Yu.Yu.; Davydenko, M.O.; Dmytruk, A.M.; Dmitruk, I.M.; Lytvyn, P.M.; Prokopenko, I.V.; Romanyuk, V.R. (Semiconductor Physics Quantum Electronics & Optoelectronics, 2006)
    Modified reverse micelles method allowing fabrication of CdSe nanoparticles in toluene solution in series of sizes with average diameter from 1.2 to 3.2 nm and size distribution ∼ 12-30 % is presented. Simple empirical ...
  • Growing Cd₁₋x₋yMnyHgxTe single crystals and their optoelectronic properties 
    Paranchych, S.Yu.; Paranchych, L.D.; Tanasyuk, Yu.V.; Romanyuk, V.R.; Makogonenko, V.M.; Yurtsenyuk, R.M. (Semiconductor Physics Quantum Electronics & Optoelectronics, 2003)
    Single crystals of Cd₁₋x₋yMnyHgxTe:V (х = 0.05; у = 0.03-0.07, NV = 1∙10¹⁹ cm⁻³) have been grown and their electrical and optical properties have been studied. The transmission spectra of the samples with the composition ...
  • Optical characterization of thin Au films by standard and polaritonic ellipsometry 
    Dmitruk, N.L.; Fursenko, O.V.; Kondratenko, O.S.; Romanyuk, V.R. (Semiconductor Physics Quantum Electronics & Optoelectronics, 2003)
    This work is aimed at optical characterization of thin Au films by multiple-angle-of-incidence reflectance ellipsometry at the fixed wavelength (632.8 nm) in standard and attenuated total reflection (ATR) modes in contact ...
  • Porous Al and Cu structures as infrared signal enhancers 
    Dovbeshko, G.I.; Fesenko, O.M.; Romanyuk, V.R.; Perekrestov, V.I.; Kosminska, Yu.O.; Kshnyakina, S.I. (Functional Materials, 2010)
  • Solid solutions of CdxHg₁₋xTe:V:Mn, CdxHg₁₋xTe:Ti:Mn (x = 0.9 – 0.95): growth and properties 
    Paranchych, S.Yu.; Tanasyuk, Yu.V.; Romanyuk, V.R.; Romanyuk, O.S.; Makogonenko, V.M.; Andriychuk, M.D.; Synylo, S.V.; Ivonyak, Yu.I. (Semiconductor Physics Quantum Electronics & Optoelectronics, 2004)
    Single crystals of CdxHg₁₋xTe:V:Mn, CdxHg₁₋xTe:V: Mn (x = 0.9–0.95) with different concentrations of vanadium, titanium and manganese have been obtained via the modified Bridgman method and their optical, photoelectrical ...