Igor Reduto

An Investigation of the Sensitivity of a Microdisk Laser to a Change in the Refractive Index of the Environment

Kryzhanovskaya, N. V.; Melnichenko, I. A.; Bukatin, A. S.; Kornev, A. A.; Filatov, N. A.; Shcherbak, S. A.; Lipovskii, A. A.; Dragunova, A. S.; Kulagina, M. M.; Likhachev, A. I.; Fetisova, M. V.; Reduto, I. V.; Maximov, M. V.; Zhukov, A. E.. 2022. Technical physics letters. 48: 74-77 A1 Journal article (refereed), original research

Controlled Metallization of Ion-Exchanged Glasses by Thermal Poling

Reduto, Igor; Babich, Ekaterina; Zolotovskaya, Svetlana; Abdolvand, Amin; Lipovskii, Andrey A; Zhurikhina, Valentina V. 2021. Journal of physics: condensed matter. 33: 505001 A1 Journal article (refereed), original research

Issledovanie cuvstvitel'nosti mikrodiskovogo lazera k izmeneniû pokazatelâ prelomleniâ okru¸aûsej sredy

Kryzhanovskaya, NV; Melnichenko, IA; Bukatin, AS; Kornev, AA; Filatov, NA; Shcherbak, SA; Lipovsky, AA; Dragunova, AS; Kulagina, MM; Likhachev, AI; Fetisova, MV; Reduto, IV; Maksimov, MV; Zhukov, AE. 2021. Pisma v zhurnal tekhnicheskoi fiziki. 47: 30-33 A1 Journal article (refereed), original research

Kinetics of Nanoparticles Formation Under UV, VIS and IR Nanosecond Laser Irradiation of a Silver-Ions-Enriched Glass

Babich, Ekaterina; Kaasik, Vladimir; Reduto, Igor; Scherbak, Sergey; Lipovskii, Andrey. 2021. Journal of laser micro nanoengineering. 16: 88-93 A1 Journal article (refereed), original research

Relief micro- and nanostructures by the reactive ion and chemical etching of poled glasses

Reduto, Igor; Kamenskii, Aleksandr; Brunkov, Pavel; Zhurikhina, Valentina; Svirko, Yuri; Lipovskii, Andrey. 2019. Optical materials express. 9: 3059-3068 A1 Journal article (refereed), original research

Self-assembled silver nanoparticles in glass microstructured by poling for SERS application

Babich, Ekaterina S; Gangrskaia, Elizaveta S; Reduto, Igor V; Béal, Jérémie; Redkov, Alexey V; Maurer, Thomas; Lipovskii, Andrey A. 2019. Current applied physics. 19: 1088-1095 A1 Journal article (refereed), original research

The Use of Microdisk Lasers Based on InAs/InGaAs Quantum Dots in Biodetection

Fetisova, MV; Kornev, AA; Bukatin, AS; Filatov, NA; Eliseev, IE; Kryzhanovskaya, NV; Reduto, IV; Moiseev, EI; Maximov, MV; Zhukov, AE. 2019. Technical physics letters. 45: 1178-1181 A1 Journal article (refereed), original research

Thermo-electric field modification for the formation of nanostructures on glass surfaces

Reduto, Igor. 2019. Publications of the University of Eastern Finland. Dissertations in Forestry and Natural Sciences G5 Doctoral dissertation (article)

Four-step fabrication of SERS-active microfluidic channels

Babich, ES; Gangskaia, ES; Reduto IV; Lipovskii AA. 2018. Journal of physics : Conference series. 1124: 51020 A1 Journal article (refereed), original research

Influence of coating layers on characteristics of microdisk lasers with InAs/InGaAs quantum dots active region

Agafonov, IY; Kryzhanovskaya, NV; Moiseev, EI; Dragunova, AS; Fetisova, MV; Kotlyar, KP; Scherbak, SA; Reduto, IV; Guseva, YuA; Lipovskii, AA; Maximov, MV; Zhukov, AE. 2018. Journal of physics : Conference series. 1124: 41020 A1 Journal article (refereed), original research

Izgotovlenie mikrokanalov s GKR-aktivnymi serebrjanymi nanot¨astitsami s pomo¨t¨ju elektro-polevogo strukturirovanija stekla (Manufacturing microchannels with Raman-active silver nanoparticles using electric-field structuring of glass)

Gangrskaja, ES; Babit¨ , ES; Reduto, IV. Teoksessa: Gasumjants, VE, 2018. Nedelja nauki SPbPU: materiali nautsnoj konferentsii s mezdunarodnym utsastiem, 19-24 nojabrja 2018 goda. Lutssie doklady. : 139-142. Politeh-Press A4 Conference proceedings

Metodika formirovanija mikrokanalov, integrirovannyh s GKR-aktivnymi serebrjanymi nanostrukturami (The formation of microchannels integrated with Raman-active silver nanostructures)

Gangrskaja, ES; Babit¨ , ES; Reduto, IV; ´urihina, VV. Teoksessa: Gasumjants, VE; Kadrov, DD, 2018. Nedelja nauki SPbPU: materiali nautsnoj konferentsii s mezdunarodnym utsastiem, 19-24 nojabrja 2018 goda. Institut fiziki, nanotehnologij i telekommunikatsij.. : 263-264. Politeh-Press A4 Conference proceedings

RIE for structuring E-field processed glasses

Reduto, I; Raskhodchikov, D; Gangrskaia, E; Kaasik, V; Svirko, Yu; Lipovskii, A. 2018. Journal of physics : Conference series. 1124: 51059 A1 Journal article (refereed), original research

Room temperature lasing from microdisk laser in aqueous medium

Fetisova, MV; Kryzhanovskaya, NV; Reduto, IV; Moiseev, EI; Blokhin, SA; Kotlyar, KP; Scherbak, SA; Lipovskii, AA; Kornev, AA; Bukatin, AS; Maximov, MV; Zhukov, AE. 2018. Journal of physics : Conference series. 1124: 51007 A1 Journal article (refereed), original research

Volume relaxation of poled glasses: Surface relief enhancement

Reduto, IV; Kaasik, VP; Lipovskii, AA; Tagantsev, DK. 2018. Journal of non-crystalline solids. 499: 360-362 A1 Journal article (refereed), original research

Mechanisms and Peculiarities of Electric Field Imprinting in Glasses

Reduto Igor, Kamenskii Aleksandr, Redkov Alexey, Lipovskii Andrey. 2017. Journal of the electrochemical society. 164: E385-E390 A1 Journal article (refereed), original research

Plasma-etching of 2D-poled glasses: A route to dry lithography

Alexandrov SE, Lipovskii AA, Osipov AA, Reduto IV, Tagantsev DK. 2017. Applied physics letters. 111: 111604 A1 Journal article (refereed), original research

Resonant properties of coupled silver hemispheroids

Babich E, Scherbak S, Redkov A, Kamenskii A, Reduto I, Lipovskii A. 2017. Journal of nanophotonics. 11: 32503 A1 Journal article (refereed), original research

Self-Assembled Silver-Gold Nanoisland Films on Glass for SERS Applications

Babich Ekaterina, Redkov Alexey, Reduto Igor, Lipovskii Andrey. 2017. Physica status solidi: rapid research letters. [Epub ahead of print 3 Nov 2017]: 1-6 A1 Journal article (refereed), original research

Effective diffraction gratings via acidic etching of thermally poled glass

Kamenskii AN, Reduto IV, Petrikov VD, Lipovskii AA. 2016. Optical Materials. 62: 250-254 A1 Journal article (refereed), original research

Raman enhancement by individual silver hemispheroids

Babich Ekaterina S, Redkov Alexey V, Reduto Igor V, Scherbak Sergey A, Kamenskii Aleksandr N, Lipovskii Andrey A. 2016. Applied surface science. 397: 119-124 A1 Journal article (refereed), original research

Self-Organized Growth of Small Arrays of Metal Nanoislands on the Surface of Poled Ion-Exchange Glasses

Reduto IV, Chervinskii SD, Kamenskii AN, Karpov DV, Lipovskii AA. 2016. Technical physics letters. 42: 93-95 A1 Journal article (refereed), original research

Tuning Plasmonic Properties of Truncated Gold Nanospheres by Coating

Scherbak Sergey, Kapralov Nikolai, Reduto Igor, Chervinskii Semyon, Svirko Olga, Lipovskii Andrey. 2016. Plasmonics. 2017; 12: 1903-1910 A1 Journal article (refereed), original research

2D-patterning of self-assembled silver nanoisland films

Chervinskii Semen, Reduto Igor, Kamenskii Alexander, Mukhin Ivan, Lipovskii Andrey A. 2015. Faraday discussions. [Epub ahead of print 27 Oct 2015]: - A1 Journal article (refereed), original research

Erratum to: Plasmonic molecules via glass annealing in hydrogen

Redkov Alexey, Chervinskii Semen, Baklanov Alexander, Reduto Igor, Zhurikhina Valentina, Lipovskii Andrey. 2015. Nanoscale research letters. 10: 201 A1 Journal article (refereed), original research

Keywords

An Investigation of the Sensitivity of a Microdisk Laser to a Change in the Refractive Index of the Environment

Controlled Metallization of Ion-Exchanged Glasses by Thermal Poling

Issledovanie cuvstvitel'nosti mikrodiskovogo lazera k izmeneniû pokazatelâ prelomleniâ okru¸aûsej sredy

Kinetics of Nanoparticles Formation Under UV, VIS and IR Nanosecond Laser Irradiation of a Silver-Ions-Enriched Glass

Formation and SERS efficiency of periodic metal-dielectric nanostructures

Microdisk lasers for high-sensitive protein detection in microfluidic devices

Modification of glass surface by a high electric field

Nanosecond Laser Surface Silver Metallization of Wet Ion Exchanged Glasses

Strip-loaded horizontal slot waveguide for routing microdisk laser emission

Analiticeskij rascet selevogo volnovoda s nagru¸aûsim poloskom

Birezonansnye metalloèlektriceskie nanostruktury: formirovanie i GKR-aktivnost'

Coupling of plasmon and grating resonances for SERS enhancement

Lasing in III-V microdisk core-TiO2 shell lasers

Microdisk resonators as high-sensitive devices for biodetection

Relief micro- and nanostructures by the reactive ion and chemical etching of poled glasses

Self-assembled silver nanoparticles in glass microstructured by poling for SERS application

The Use of Microdisk Lasers Based on InAs/InGaAs Quantum Dots in Biodetection

Thermo-electric field modification for the formation of nanostructures on glass surfaces

Four-step fabrication of SERS-active microfluidic channels

Influence of coating layers on characteristics of microdisk lasers with InAs/InGaAs quantum dots active region

Izgotovlenie mikrokanalov s GKR-aktivnymi serebrjanymi nanot¨astitsami s pomo¨t¨ju elektro-polevogo strukturirovanija stekla (Manufacturing microchannels with Raman-active silver nanoparticles using electric-field structuring of glass)

Metodika formirovanija mikrokanalov, integrirovannyh s GKR-aktivnymi serebrjanymi nanostrukturami (The formation of microchannels integrated with Raman-active silver nanostructures)

RIE for structuring E-field processed glasses

Room temperature lasing from microdisk laser in aqueous medium

Volume relaxation of poled glasses: Surface relief enhancement

Mechanisms and Peculiarities of Electric Field Imprinting in Glasses

Plasma-etching of 2D-poled glasses: A route to dry lithography

Resonant properties of coupled silver hemispheroids

Self-Assembled Silver-Gold Nanoisland Films on Glass for SERS Applications

Effective diffraction gratings via acidic etching of thermally poled glass

Raman enhancement by individual silver hemispheroids

Self-Organized Growth of Small Arrays of Metal Nanoislands on the Surface of Poled Ion-Exchange Glasses

Tuning Plasmonic Properties of Truncated Gold Nanospheres by Coating

2D-patterning of self-assembled silver nanoisland films

Erratum to: Plasmonic molecules via glass annealing in hydrogen