AAAAAA
Results:
1-14
|
Results: 14
Authors:
Onopko, DE
Ryskin, AI
Citation: De. Onopko et Ai. Ryskin, Physical foundations of metastable impurity center reconstruction in semiconductors, SEMICONDUCT, 35(11), 2001, pp. 1223-1230
Authors:
Linke, RA
Shcheulin, AS
Ryskin, AI
Buchinskaya, II
Fedorov, PP
Sobolev, BP
Citation: Ra. Linke et al., Properties of CdF2 : Ga as a medium for real-time holography, APP PHYS B, 72(6), 2001, pp. 677-683
Authors:
Shcheulin, AS
Kupchikov, AK
Angervaks, AE
Onopko, DE
Ryskin, AI
Ritus, AI
Pronin, AV
Volkov, AA
Lunkenheimer, P
Loidl, A
Citation: As. Shcheulin et al., Radio-frequency response of semiconducting CdF2 : In crystals with Schottky barriers - art. no. 205207, PHYS REV B, 6320(20), 2001, pp. 5207
Authors:
Onopko, DE
Ryskin, AI
Citation: De. Onopko et Ai. Ryskin, Structure of the metastable centers of the Group-III atoms in IV-VI crystals, SEMICONDUCT, 34(3), 2000, pp. 264-268
Authors:
Nahata, A
DiCaprio, CJ
Yamada, H
Ryskin, AI
Shcheulin, AS
Linke, RA
Citation: A. Nahata et al., Widely tunable distributed Bragg reflector laser using a dynamic holographic grating mirror, IEEE PHOTON, 12(11), 2000, pp. 1525-1527
Authors:
Onopko, DE
Ryskin, AI
Citation: De. Onopko et Ai. Ryskin, Donor impurities and DX centers in the ionic semiconductor CdF2: Influenceof covalency, PHYS REV B, 61(19), 2000, pp. 12952-12956
Authors:
Onopko, DE
Ryskin, AI
Citation: De. Onopko et Ai. Ryskin, New class of holographic materials based on CdF2 semiconductor crystals with bistable centers. I. Role of covalence in the formation of bistable centers, OPT SPECTRO, 89(4), 2000, pp. 519-524
Authors:
Onopko, DE
Ryskin, AI
Citation: De. Onopko et Ai. Ryskin, Chemical bonding and structure of metastable impurity centers in semiconductor crystals, J STRUCT CH, 41(4), 2000, pp. 666-686
Authors:
Shcheulin, AS
Kupchikov, AK
Ryskin, AI
Citation: As. Shcheulin et al., Thermo- and photostimulated depolarization in self-compensated CdF2 : Ga and CdF2 : In crystals, PHYS SOL ST, 41(9), 1999, pp. 1444-1449
Authors:
Shroyer, M
Furdyna, JK
Ryskin, AI
Warren, WW
Citation: M. Shroyer et al., NMR study of bistable defects under in situ illumination, PHYSICA B, 274, 1999, pp. 852-855
Authors:
Vasil'ev, AV
Kazanskii, SA
Ryskin, AI
Citation: Av. Vasil'Ev et al., Quantum yield of luminescence of a chromium ion in zinc selenide excited into the charge transfer band, OPT SPECTRO, 84(3), 1998, pp. 410-411
Authors:
Shcheulin, AS
Miloglyadov, EV
Ryskin, AI
Stasel'ko, DI
Buchinskaya, II
Fedorov, PP
Sobolev, BP
Citation: As. Shcheulin et al., Recording of dynamic holograms in a CdF2 : Ga crystal with metastable centers, OPT SPECTRO, 84(3), 1998, pp. 461-466
Temperature evolution of the charge transfer band and the vibronic interaction in a ZnS : Cr crystal
Authors:
Ryskin, AI
Zinger, GM
Chikalova-Luzina, OP
Vasil'ev, AV
Kazanskii, SA
Citation: Ai. Ryskin et al., Temperature evolution of the charge transfer band and the vibronic interaction in a ZnS : Cr crystal, OPT SPECTRO, 84(1), 1998, pp. 44-48
Authors:
Onopko, DE
Ryskin, AI
Citation: De. Onopko et Ai. Ryskin, Reconstruction and self-compensation of impurity centers in the II-VI compound crystals, OPT SPECTRO, 84(1), 1998, pp. 49-55
Risultati:
1-14
|