AAAAAA

   
Results: 1-17 |
Results: 17
Reflector-type optically controllable light modulators based on smectic liquid crystals
Authors: Isaev, MV Konshina, EA Onokhov, AP Fedorov, MA Chaika, AN Feoktistov, NA
Citation: Mv. Isaev et al., Reflector-type optically controllable light modulators based on smectic liquid crystals, J OPT TECH, 68(9), 2001, pp. 691-695
Reversible recording of interference gratings with a diffraction efficiency above 50% in an amorphous hydrogenized silicon-nematic liquid crystal structure
Authors: Ivanova, NL Onokhov, AP Chaika, AN
Citation: Nl. Ivanova et al., Reversible recording of interference gratings with a diffraction efficiency above 50% in an amorphous hydrogenized silicon-nematic liquid crystal structure, TECH PHYS L, 27(8), 2001, pp. 647-648
Interface formation in the Gd/HOPG and Dy/HOPG systems - Electron spectroscopy studies
Authors: Bozhko, SI Chaika, AN Ionov, AM Valbusa, U
Citation: Si. Bozhko et al., Interface formation in the Gd/HOPG and Dy/HOPG systems - Electron spectroscopy studies, J ALLOY COM, 323, 2001, pp. 701-706
Reversible electrical switching at the Bi2Sr2CaCu2O8+y surface in the normal metal - Bi2Sr2CaCu2O8+y single crystal heterojunction
Authors: Tulina, NA Ionov, AM Chaika, AN
Citation: Na. Tulina et al., Reversible electrical switching at the Bi2Sr2CaCu2O8+y surface in the normal metal - Bi2Sr2CaCu2O8+y single crystal heterojunction, PHYSICA C, 366(1), 2001, pp. 23-30
Surface studies of single-crystalline refractory metal low-dimensional structures
Authors: Bozhko, SI Chaika, AN Ionov, AM Chernykh, AV Malikov, IV Mikhailov, GM
Citation: Si. Bozhko et al., Surface studies of single-crystalline refractory metal low-dimensional structures, APPL SURF S, 175, 2001, pp. 260-264
Electronic structure of R2PdSi3 (R = La, Ce, Gd, and Tb) compounds - art. no. 125121
Authors: Chaika, AN Ionov, AM Busse, M Molodtsov, SL Majumdar, S Behr, G Sampathkumaran, EV Schneider, W Laubschat, C
Citation: An. Chaika et al., Electronic structure of R2PdSi3 (R = La, Ce, Gd, and Tb) compounds - art. no. 125121, PHYS REV B, 6412(12), 2001, pp. 5121
Modulation characteristics of optically controllable transparencies based on a photoconductor-liquid-crystal structure
Authors: Vladimirov, FL Chaika, AN Morichev, IE Pletneva, NI Naumov, AF Loktev, MY
Citation: Fl. Vladimirov et al., Modulation characteristics of optically controllable transparencies based on a photoconductor-liquid-crystal structure, J OPT TECH, 67(8), 2000, pp. 712-716
Recording high-diffraction-efficiency holograms on a photosemiconductor-liquid crystal structure
Authors: Ivanova, NL Chaika, AN Onokhov, AP
Citation: Nl. Ivanova et al., Recording high-diffraction-efficiency holograms on a photosemiconductor-liquid crystal structure, TECH PHYS L, 26(2), 2000, pp. 91-92
Nonlinear hologram recording on an optically controlled transparency of the glassy chalcogenide semiconductor-liquid crystal type
Authors: Chaika, AN Vladimirov, FL
Citation: An. Chaika et Fl. Vladimirov, Nonlinear hologram recording on an optically controlled transparency of the glassy chalcogenide semiconductor-liquid crystal type, TECH PHYS L, 26(2), 2000, pp. 139-140
FLC optically addressed modulators for dynamic holographic correction of optical distortions
Authors: Berenberg, VA Beresnev, LA Chaika, AN Gruneisen, MT Haase, W Leshchev, AA Onokhov, AP Vasil'ev, MV Venediktov, VY
Citation: Va. Berenberg et al., FLC optically addressed modulators for dynamic holographic correction of optical distortions, FERROELECTR, 246(1-4), 2000, pp. 1153-1164
Spatial light modulator based on hydrogenated amorphous silicon/deformed-helix ferroelectric liquid crystal structure: Influence of dielectric mirror
Authors: Vladimirov, FL Chaika, AN Collings, N
Citation: Fl. Vladimirov et al., Spatial light modulator based on hydrogenated amorphous silicon/deformed-helix ferroelectric liquid crystal structure: Influence of dielectric mirror, FERROELECTR, 246(1-4), 2000, pp. 1175-1183
Investigation of the interaction of gadolinium with the (0001) surface of highly oriented pyrolytic graphite at the initial stages of the deposition
Authors: Bozhko, SI Chaika, AN Ionov, AM Valbusa, U
Citation: Si. Bozhko et al., Investigation of the interaction of gadolinium with the (0001) surface of highly oriented pyrolytic graphite at the initial stages of the deposition, PHYS LOW-D, 7-8, 1999, pp. 51-63
Study of the Gd/GaAs(110) system: interface and Schottky barrier formationat low and room temperatures
Authors: Chaika, AN Grazhulis, VA Ionov, AM Molodtsov, SL Laubschat, C
Citation: An. Chaika et al., Study of the Gd/GaAs(110) system: interface and Schottky barrier formationat low and room temperatures, APPL SURF S, 143(1-4), 1999, pp. 277-286
Interface and Schottky barrier formation in the Gd/GaAs(110) system
Authors: Chaika, AN Grazhulis, VA Ionov, AM Molodtsov, SL Laubschat, C
Citation: An. Chaika et al., Interface and Schottky barrier formation in the Gd/GaAs(110) system, SURF SCI, 435, 1999, pp. 332-336
Photoemission study of the reactive Dy/GaAs(110) interface
Authors: Chaika, AN Grazhulis, VA Ionov, AM Kashkarov, PK Molodtsov, SL Shikin, AM Laubschat, C
Citation: An. Chaika et al., Photoemission study of the reactive Dy/GaAs(110) interface, SURF SCI, 435, 1999, pp. 352-356
Pixelated liquid-crystal light valve for neural network application
Authors: Collings, N Pourzand, AR Vladimirov, FL Pletneva, NI Chaika, AN
Citation: N. Collings et al., Pixelated liquid-crystal light valve for neural network application, APPL OPTICS, 38(29), 1999, pp. 6184-6189
Some trends in rare earth GaAs(110) systems: Reactive interface and Schottky barrier formation, overlayer structures
Authors: Chaika, AN Grazhulis, VA Ionov, AM
Citation: An. Chaika et al., Some trends in rare earth GaAs(110) systems: Reactive interface and Schottky barrier formation, overlayer structures, PHYS LOW-D, 12, 1998, pp. 1-21
Risultati: 1-17 |