Search Results - "Vorozov, N. N."

Technological aspects of oxidated porous silicon waveguides by Balucani, M., Bondarenko, V., Vorozov, N., Ferrari, A.

“…Technological aspects related to the fabrication of buried oxidized porous silicon waveguides (OPSWG) as the influence of swirl defects and a suitable…”
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Heteroepitaxy of PbS on porous silicon by LEVCHENKO, V. I, POSTNOVA, L. I, BONDARENKO, V. P, VOROZOV, N. N, YAKOVTSEVA, V. A, DOLGYI, L. N

“…Epitaxial PbS films were grown by molecular-beam epitaxy (MBE) on the surface of porous silicon (PS) formed on the silicon substrate of (111) orientation. The…”
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Buffer layer influence on guiding properties of oxidized porous silicon waveguides by Balucani, M., Bondarenko, V., Vorozov, N., Ferrari, A.

“…We studied the influence of the thickness and porosity of the buffer layer on the guiding properties of oxidized porous silicon waveguides (OPSWG). It is…”
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Solvent detection using porous silicon optical waveguides by Arrand, H.F., Benson, T.M., Loni, A., Arens-Fischer, R., Krueger, M.G., Thoenissen, M., Lueth, H., Kershaw, S., Vorozov, N.N.

“…Since the first report on the use of porous silicon as an optical waveguide medium in 1995, significant development has been made towards the understanding and…”
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Er-doped oxidised porous silicon waveguides by Balucani, M, Bondarenko, V, Lamedica, G, Ferrari, A, Dolgyi, L, Vorozov, N, Yakovtseva, V, Volchek, S, Petrovich, V, Kazuchits, N

“…The present work reports Er-doped channel oxidized porous silicon waveguides (OPSWG) formed from n +-type Si by the two-step anodisation process. Er has been…”
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Porous Silicon: A Buffer Layer for PbS Heteroepitaxy by Yakovtseva, V., Vorozov, N., Dolgyi, L., Levchenko, V., Postnova, L., Balucani, M., Bondarenko, V., Lamedica, G., Ferrara, V., Ferrari, A.

“…In the present work, we report on the heteroepitaxial growth of PbS on porous silicon (PS). Epitaxial PbS films were grown by MBE on the surface of PS formed…”
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Oxidized Porous Silicon: From Dielectric Isolation to Integrated Optical Waveguides by Yakovtseva, V, Dolgyi, L, Vorozov, N, Kazuchits, N, Bondarenko, V, Balucani, M, Lamedica, G, Franchina, L, Ferrari, A

“…A brief review of 20-years research of formation, processing and utilizing of oxidized porous silicon (OPS) is presented. Electrolytes to form porous silicon…”
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Strong 1.54 μm luminescence from erbium-doped porous silicon by Dorofeev, A, Bachilo, E, Bondarenko, V, Gaponenko, N, Kazuchits, N, Leshok, A, Troyanova, G, Vorozov, N, Borisenko, V, Gnaser, H, Bock, W, Becker, P, Oechsner, H

“…Porous silicon doped by erbium electrodeposition or from spin-on silica gel film followed by rapid thermal processing at 950 °C or higher exhibited…”
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Bending properties in oxidized porous silicon waveguides by Balucani, M, Bondarenko, V, Dolgyi, L, Lamedica, G, Ricciardelli, A, Viarengo, E, Vorozov, N, Ferrari, A

“…The greatest limit in high-speed communications between different circuit blocks is due to the delays introduced by metal interconnections. Knock-down wire…”
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Porous silicon as low-dimensional host material for erbium-doped structures by Bondarenko, V., Dolgyi, L., Dorofeev, A., Kazuchits, N., Leshok, A., Troyanova, G., Vorozov, N., Maiello, G., Masini, G., La Monica, S., Ferrari, A.

“…A low-dimensional matrix of porous silicon (PS) was found to be an effective host material for erbium (Er) electrodeposition from Er(NO 3) 3·5H 2O/ethanol…”
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Erbium-doped oxidized porous silicon for integrated optical waveguides by Bondarenko, V. P., Yakovtseva, V. A., Dolgii, L. N., Vorozov, N. N., Kazyuchits, N. M., Tsybeskov, L., Foucher, F.

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Luminescence of erbium-doped porous silicon by Bondarenko, V. P., Vorozov, N. N., Dolgii, L. N., Dorofeev, A. M., Kazyuchits, N. M., Leshok, A. A., Troyanova, G. N.

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Er-doped oxidised porous silicon waveguides by BALUCANI, M, BONDARENKO, V, LAMEDICA, G, FERRARI, A, DOLGYI, L, VOROZOV, N, YAKOVTSEVA, V, VOLCHEK, S, PETROVICH, V, KAZUCHITS, N

“…The present work reports Er-doped channel oxidized porous silicon waveguides (OPSWG) formed from n super(+)-type Si by the two-step anodisation process. Er has…”
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Oxidized porous silicon: from dielectric isolation to integrated optical waveguides by Yakovtseva, V, Dolgyi, L, Vorozov, N, Kazuchits, N, Bondarenko, V, Balucani, M, Lamedica, G, Franchina, L, Ferrari, A

“…A brief review of 20-years research of formation, processing and utilizing of oxidized porous silicon (OPS) is presented. Electrolytes to form porous silicon…”
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Porous silicon based heterostructures: formation, properties, and application by Bondarenko, V.P., Bondarenko, A.V., Dolgyi, L.N., Dorofeev, A.M., Kazuchits, N.M., Levchenko, V.I., Vorozov, N.N., Volchek, S.A., Troyanova, G.N., Yakovtseva, V.A.

“…The unique combination of perfect crystalline structure, developed surface, and high activity of porous silicon (PS) provides a real possibility for creation…”
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