V. Rubish

发表

M. Trunov, I. Shtablavyi, M. Pop, 2021 .

Direct laser writing of microrelief structures on chalcogenide glass by laser beam recorder of master discs

Sergiy O. Kostyukevych, A. Kryuchyn, V. Rubish, 2020 .

Light‐induced mass transport in amorphous chalcogenides: Toward surface plasmon‐assisted nanolithography and near‐field nanoimaging

A. Csík, P. Nagy, M. Trunov, 2014, 1502.01576.

In situ Raman observation of laser-induced formation of TlInSe2 crystallites in Tl–In–As–Se glass

D. Zahn, Y. Azhniuk, M. Rigan, 2013 .

Formation of Nanoscale Structures on Chalcogenide Films

P. Lytvyn, M. Trunov, A. Kryuchyn, 2018 .

Phase (x, T) and (p, T) diagrams of TlIn(S1−xSex)2 polycrystal in the compositional range 0 ≤ x ≤ 0.15

A. Gomonnai, A. Slivka, V. Rubish, 2019, Phase Transitions.

SbSI nanocrystal formation in As–Sb–S–I glass under laser beam

D. Zahn, Y. Azhniuk, A. Gomonnai, 2012 .

Photoinduced Changes in the Structure of As2S3-Based SbSI Nanocrystal-Containing Composites Studied by Raman Spectroscopy

Y. Azhniuk, D. Zahn, A. Gomonnai, 2011 .

Raman and AFM studies of (As2S3)0.45(SbSI)0.55 thin films and bulk glass

D. Zahn, Y. Azhniuk, A. Villabona, 2014 .

SCAPS modelling of ZnO/CdS/CdTe/CuO photovoltaic heterosystem

L. Nykyruy, G. Wisz, M. Halushchak, 2020, Physics and Chemistry of Solid State.

Rapid formation methods of arrays of randomly distributed Au and Ag nanoparticles, their morphologies and optical characteristics

M. Trunov, I. Shtablavyi, M. Pop, 2021, Physics and Chemistry of Solid State.