TOF-SIMS study on surface modification of reed switch blades by pulsing nitrogen plasma von Arushanov, K.A., Drozdov, M.N., Karabanov, S.M., Zeltser, I.A., Tolstogouzov, A.

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Electrodeposition of Ni-W gradient coatings von Suvorov, D V, Gololobov, G P, Tolstoguzov, A B, Karabanov, S M, Tarabrin, D Yu, Rybin, N B, Stryuchkova, Yu M, Serpova, M A, Korotchenko, V A

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Research of the TiO2 nanotubes formation by AC-DC electrochemical anodizing von Suvorov, D V, Gololobov, G P, Karabanov, S M, Tarabrin, D Yu, Slivkin, E V, Stryuchkova, Yu M, Serpova, M A, Korotchenko, V A

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New technology of ion-plasma modification of the contact surfaces of reed switches in oscillatory discharge von Arushanov, K A, Zeltser, I A, Karabanov, S M, Maizels, R M, Moos, Y N

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Creation of Principally New Generation of Switching Technique Elements (Reed Switches) with Nanostructured Contact Surfaces von Karabanov, S M, Zeltser, I A, Maizels, R M, Moos, E N, Arushanov, K A

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PROCESS TECHNOLOGY IMPACT ON DEFECT FORMATION IN AMORPHOUS SILICON LAYERS FOR HETEROJUNCTION SOLAR CELLS von Reginevich, М. А., Karabanov, S. M.

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Ion-induced modification of contact surfaces von Arushanov, K. A., Zeltser, I. A., Karabanov, S. M., Maizels, R. M., Maslakov, K. I., Moos, E. N., Naumkin, A. V.

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INVESTIGATION OF SILICON NITRIDE AS A MASK FOR COPPER PLATED GRID OF HETEROJUNCTION SILICON SOLAR CELLS von Reginevich, М. А., Karabanov, S. M., Bugrov, V. E.

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POSSIBILITY OF USING INTERNET OF THINGS TECHNOLOGY IN A MICROGRID BASED ON RENEWABLE ENERGY SOURCES von Karabanov, S. M., Suvorov, D. V., Slivkin, E. V., Loban, О. V., Bezrukikh, P. P., Belykh, С. С.

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METHOD DEVELOPMENT OF THREE-DIMENSIONAL VISUALIZATION OF SILICON BRICKS MULTICRYSTALLINE STRUCTURE von Karabanov, S. M., Serebryakov, A. E., Belyakov, O. A., Suvorov, D. V., Karabanov, A. S.

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MATHEMATICAL MODELING OF STRUCTURAL ELEMENTS АТ MAGNETIC-HYDRODYNAMIC MIXING SYSTEM FOR SILICON MELT IN EXPERIMENTAL SYSTEM OF DIRECTIONAL SOLIDIFICATION von Slivkin, E. V., Karabanov, S. M., Suvorov, D. V., Tarabrin, D. Yu, Makarova, N. V.

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STUDYING THE INFLUENCE OF INTERMEDIATE HYDROGEN PLASMA TREATMENT ON AMORPHOUS SILICON LAYER PROPERTIES IN TWO-STAGE DEPOSITION von Reginevich, М. А., Karabanov, S. M.

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MATHEMATICAL MODELING OF MAGNETIC-HYDRODYNAMIC MIXING SYSTEM FOR SILICON MELT IN THE EXPERIMENTAL SYSTEM OF DIRECTIONAL SOLIDIFICATION von Slivkin, E. V., Karabanov, S. M., Suvorov, D. V., Tarabrin, D. Yu

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Research of the TiO 2 nanotubes formation by AC-DC electrochemical anodizing von Suvorov, D V, Gololobov, G P, Karabanov, S M, Tarabrin, D Yu, Slivkin, E V, Stryuchkova, Yu M, Serpova, M A, Korotchenko, V A

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Surface metastable layer in amorphous silicon and its influence on material photoconductivity and electronic stability von Alyoshkin, R.V., Karabanov, S.M.

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Properties of contact coatings based on ruthenium nanofilms for MEMS switches von Karabanov, S. M., Verlov, N. A., Suvorov, D. V., Gololobov, G. P., Slivkin, E. V.

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MATHEMATICAL MODELING OF SILICON MELT VACUUM REFINING IN THE CONDITIONS OF MAGNETOHYDRODYNAMIC STIRRING von Karabanov, S. M., Suvorov, D. V., Tarabrin, D. Yu, Belyakov, O. A., Karabanov, A. S., Slivkin, E. V., Serebryakov, A. E., Klimakov, V. V.

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A study of the complex composition of sulfamate ruthenium-plating electrolytes von Karabanov, S. M., Lokshtanova, O. G.

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TOF-SIMS study on surface modification of reed switch blades by pulsing nitrogen plasma von ARUSHANOV, K. A, DROZDOV, M. N, KARABANOV, S. M, ZELTSER, I. A, TOLSTOGOUZOV, A

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New technology of modification of reed switch contact surfaces with the usage of ion-plasma nitriding von Arushanov, K.A, Karabanov, S.M, Zeltser, I.A, Maizels, R.M, Moos, E.N

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