1 - 8 |
Optical-energy properties of CdSe thin film Ilchuk H, Petrus R, Kashuba A, Semkiv I, Zmiiovska E |
1 - 8 |
Optical-energy properties of CdSe thin film Ilchuk H, Petrus R, Kashuba A, Semkiv I, Zmiiovska E |
9 - 19 |
Barothermal Diels-Alder functionalization of multi-walled carbon nanotubes Diyuk VE, Vakaliuk AV, Grishchenko LM, Mischanchuk OV, Brazhnyk DV, Lisnyak VV |
9 - 19 |
Barothermal Diels-Alder functionalization of multi-walled carbon nanotubes Diyuk VE, Vakaliuk AV, Grishchenko LM, Mischanchuk OV, Brazhnyk DV, Lisnyak VV |
20 - 33 |
Amination of brominated nanoporous activated carbon beads for the preparation of CO(2)adsorbents Grishchenko LM, Tsapyuk GG, Novichenko NS, Mischanchuk OV, Yatsymyrskiy AV, Boldyrieva OY, Diyuk VE |
20 - 33 |
Amination of brominated nanoporous activated carbon beads for the preparation of CO(2)adsorbents Grishchenko LM, Tsapyuk GG, Novichenko NS, Mischanchuk OV, Yatsymyrskiy AV, Boldyrieva OY, Diyuk VE |
34 - 38 |
Electric-field induced micromagnetic structural elements motion in thin ferrite garnet films Koronovskyy V |
34 - 38 |
Electric-field induced micromagnetic structural elements motion in thin ferrite garnet films Koronovskyy V |
39 - 50 |
Cr content-dependent modification of structural, magnetic properties and bandgap in green synthesized Co-Cr nano-ferrites Tiwari P, Kane SN, Deshpande UP, Tatarchuk T, Mazaleyrat F, Rachiy B |
39 - 50 |
Cr content-dependent modification of structural, magnetic properties and bandgap in green synthesized Co-Cr nano-ferrites Tiwari P, Kane SN, Deshpande UP, Tatarchuk T, Mazaleyrat F, Rachiy B |
51 - 56 |
Stabilization of polystyrene by styrylquinoline containing methacrylates Kharchenko O, Smokal V, Krupka O, Virych P, Kutsevol N |
51 - 56 |
Stabilization of polystyrene by styrylquinoline containing methacrylates Kharchenko O, Smokal V, Krupka O, Virych P, Kutsevol N |
57 - 62 |
Liquid crystal material with gold nanoparticles as optical sensors active medium for the amino acids detection Mykytyuk ZM, Sushynskyi OE, Prystai TV, Kremer IP, Ivakh MS, Zaichenko AS, Shevchuk OM |
57 - 62 |
Liquid crystal material with gold nanoparticles as optical sensors active medium for the amino acids detection Mykytyuk ZM, Sushynskyi OE, Prystai TV, Kremer IP, Ivakh MS, Zaichenko AS, Shevchuk OM |
63 - 70 |
Development of nanosized oxide composites for catalytic CO oxidation Lutsenko LV, Oleksenko LP, Ripko OP, Fedorenko GV |
63 - 70 |
Development of nanosized oxide composites for catalytic CO oxidation Lutsenko LV, Oleksenko LP, Ripko OP, Fedorenko GV |
71 - 81 |
The multi-component relaxation combination of proton magnetization in biological tissues magnetic resonance investigations Netreba AV, Komarov AO, Kyiashko YO |
71 - 81 |
The multi-component relaxation combination of proton magnetization in biological tissues magnetic resonance investigations Netreba AV, Komarov AO, Kyiashko YO |
82 - 89 |
Magneto-nematic coupled dynamics in ferromagnetic nematic liquid crystals under magnetic field Korostil AM, Krupa MM |
82 - 89 |
Magneto-nematic coupled dynamics in ferromagnetic nematic liquid crystals under magnetic field Korostil AM, Krupa MM |
90 - 96 |
Metastable states in high carbon C-(Fe, Ni, Co) films obtained by three-electrode ion-plasma sputtering Ryabtsev S, Bashev V, Kushnerov O, Kutseva N, Antropov S |
90 - 96 |
Metastable states in high carbon C-(Fe, Ni, Co) films obtained by three-electrode ion-plasma sputtering Ryabtsev S, Bashev V, Kushnerov O, Kutseva N, Antropov S |
97 - 110 |
Percolation characteristics of multi-polymer composites with different ratios of nanocarbon fillers Perets YS, Lazarenko OA, Sivoloshsky OA, Vovchenko LL, Matzui LY |
97 - 110 |
Percolation characteristics of multi-polymer composites with different ratios of nanocarbon fillers Perets YS, Lazarenko OA, Sivoloshsky OA, Vovchenko LL, Matzui LY |
111 - 118 |
Phenomena induced by UV irradiation in PbMoO(4)single crystal Bochkova TM, Trubitsyn MP, Volnyanskii MD, Bondar DS, Volnyanskii DM |
111 - 118 |
Phenomena induced by UV irradiation in PbMoO(4)single crystal Bochkova TM, Trubitsyn MP, Volnyanskii MD, Bondar DS, Volnyanskii DM |