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Alexey Redkov
Alexey Redkov
IPME RAS
Verified email at spbau.ru
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Year
How does thermal poling produce interstitial molecular oxygen in silicate glasses?
AV Redkov, VG Melehin, AA Lipovskii
The Journal of Physical Chemistry C 119 (30), 17298-17307, 2015
712015
Plasma assisted molecular beam epitaxy of thin GaN films on Si (111) and SiC/Si (111) substrates: Effect of SiC and polarity issues
SA Kukushkin, AM Mizerov, AV Osipov, AV Redkov, SN Timoshnev
Thin Solid Films 646, 158-162, 2018
38*2018
Modifications of poled silicate glasses under heat treatment
AV Redkov, VG Melehin, DV Raskhodchikov, IV Reshetov, DK Tagantsev, ...
Journal of Non-Crystalline Solids 503, 279-283, 2019
352019
Nanoprofiling of alkali-silicate glasses by thermal poling
AV Redkov, VG Melehin, VV Statcenko, AA Lipovskii
Journal of Non-Crystalline Solids 409, 166-169, 2015
342015
Nanoindentation of GaN/SiC thin films on silicon substrate
AS Grashchenko, SA Kukushkin, AV Osipov, AV Redkov
Journal of Physics and Chemistry of Solids 102, 151-156, 2017
322017
Formation and self-arrangement of silver nanoparticles in glass via annealing in hydrogen: The model
AV Redkov, VV Zhurikhina, AA Lipovskii
Journal of non-crystalline solids 376, 152-157, 2013
302013
The mechanism of growth of GaN films by the HVPE method on SiC synthesized by the substitution of atoms on porous Si substrates
SA Kukushkin, SS Sharofidinov, AV Osipov, AV Redkov, VV Kidalov, ...
ECS Journal of Solid State Science and Technology 7 (9), P480, 2018
272018
Separation of III–N/SiC epitaxial heterostructure from a Si substrate and their transfer to other substrate types
SA Kukushkin, AV Osipov, AV Red’kov
Semiconductors 51, 396-401, 2017
27*2017
Control of soda-lime glass surface crystallization with thermal poling
А Dergachev, V Kaasik, A Lipovskii, V Melehin, A Redkov, I Reshetov, ...
Journal of Non-Crystalline Solids 533, 119899, 2020
262020
Growing III–V semiconductor heterostructures on SiC/Si substrates
SS Sharofidinov, SA Kukushkin, AV Red’kov, AS Grashchenko, ...
Technical Physics Letters 45 (7), 711-713, 2019
23*2019
Self‐Assembled Silver–Gold Nanoisland Films on Glass for SERS Applications
E Babich, A Redkov, I Reduto, A Lipovskii
physica status solidi (RRL)–Rapid Research Letters 12 (1), 1700226, 2018
222018
Plasmonic molecules via glass annealing in hydrogen
A Redkov, S Chervinskii, A Baklanov, I Reduto, V Zhurikhina, A Lipovskii
Nanoscale Research Letters 9, 1-6, 2014
222014
Studying evolution of the ensemble of micropores in a SiC/Si structure during its growth by the method of atom substitution
AV Redkov, AS Grashchenko, SA Kukushkin, AV Osipov, KP Kotlyar, ...
Physics of the Solid State 61, 299-306, 2019
21*2019
Properties of SiC films obtained by the method of substitution of atoms on porous silicon
VV Kidalov, SA Kukushkin, AV Osipov, AV Redkov, AS Grashchenko, ...
ECS Journal of Solid State Science and Technology 7 (4), P158, 2018
212018
Growth of SiC films by the method of substitution of atoms on porous Si (100) and (111) substrates
VV Kidalov, SA Kukushkin, AV Osipov, AV Redkov, AS Grashchenko, ...
212018
Mechanisms and peculiarities of electric field imprinting in glasses
I Reduto, A Kamenskii, A Redkov, A Lipovskii
Journal of the Electrochemical Society 164 (13), E385, 2017
192017
Pendeo-epitaxy of stress-free AlN layer on a profiled SiC/Si substrate
VN Bessolov, DV Karpov, EV Konenkova, AА Lipovskii, AV Osipov, ...
Thin Solid Films 606, 74-79, 2016
182016
Stability of the surface of an elastically strained multicomponent film in a system with chemical reactions
AV Redkov, AV Osipov, SA Kukushkin
Physics of the Solid State 57, 2524-2531, 2015
18*2015
Self-assembled silver nanoparticles in glass microstructured by poling for SERS application
ES Babich, ES Gangrskaia, IV Reduto, J Béal, AV Redkov, T Maurer, ...
Current Applied Physics 19 (10), 1088-1095, 2019
172019
Morphological stability criterion for a spherical crystallization front in a multicomponent system with chemical reactions
SA Kukushkin, AV Osipov, AV Redkov
Physics of the Solid State 56, 2530-2536, 2014
17*2014
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