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Results: 1-12 |
Results: 12
Improved degradation stability of blue-green II-VI light-emitting diodes with excluded nitrogen-doped ZnSe-based layers
Authors: Gordeev, NY Ivanov, SV Kopchatov, VI Novikov, II Shubina, TV Il'inskaya, ND Kop'ev, PS Reuscher, G Waag, A Landwehr, G
Citation: Ny. Gordeev et al., Improved degradation stability of blue-green II-VI light-emitting diodes with excluded nitrogen-doped ZnSe-based layers, SEMICONDUCT, 35(11), 2001, pp. 1340-1344
Heat exchange in the vicinity of a critical point
Authors: Novikov, II
Citation: Ii. Novikov, Heat exchange in the vicinity of a critical point, DOKL PHYS, 46(1), 2001, pp. 30-33
Properties of a substance in the critical region (theory and experiment)
Authors: Novikov, II
Citation: Ii. Novikov, Properties of a substance in the critical region (theory and experiment), HIGH TEMP, 39(3), 2001, pp. 373-377
The critical point: Theory and experiment
Authors: Novikov, II
Citation: Ii. Novikov, The critical point: Theory and experiment, HIGH TEMP, 39(1), 2001, pp. 43-48
Dynamic recrystallization at superplastic deformation of duralumin with initial recrystallized structure
Authors: Novikov, II Portnoy, VK Titov, AO Belov, DY
Citation: Ii. Novikov et al., Dynamic recrystallization at superplastic deformation of duralumin with initial recrystallized structure, SCR MATER, 42(9), 2000, pp. 899-904
Treatment of inhomogeneous radiation broadening in quantum dot heterostructures described within the framework of the superradiation model
Authors: Gordeev, NY Zaitsev, SV Kopchatov, VI Karachinskii, LY Novikov, II Ustinov, VM Kop'ev, PS
Citation: Ny. Gordeev et al., Treatment of inhomogeneous radiation broadening in quantum dot heterostructures described within the framework of the superradiation model, TECH PHYS L, 26(3), 2000, pp. 259-261
Study into the internal structure of metal in the process of melting
Authors: Novikov, II Roshchupkin, VV Pokrasin, MA Chernov, AI Lyakhovitskii, MM Savitskaya, TI Filonenko, SF
Citation: Ii. Novikov et al., Study into the internal structure of metal in the process of melting, HIGH TEMP, 38(2), 2000, pp. 320-323
Collective resonance and form factor of homogeneous broadening in semiconductors
Authors: Zaitsev, SV Gordeev, NY Karachinsky, LY Kopchatov, VI Novikov, II Tarasov, IS Pikhtin, NA Ustinov, VM Kop'ev, PS
Citation: Sv. Zaitsev et al., Collective resonance and form factor of homogeneous broadening in semiconductors, APPL PHYS L, 76(18), 2000, pp. 2514-2516
Collective resonance and form-factor of homogeneous broadening in semiconductors
Authors: Zaitsev, SV Gordeev, NY Karachinsky, LY Kopchatov, VI Novikov, II Kop'ev, PS
Citation: Sv. Zaitsev et al., Collective resonance and form-factor of homogeneous broadening in semiconductors, JPN J A P 1, 38(8), 1999, pp. 4772-4774
Collective resonances and shape function for homogeneous broadening of theemission spectra of quantum-well semiconductor heterostructures
Authors: Georgievskii, AM Zaitsev, SV Gordeev, NY Kopchatov, VI Karachinskii, LY Novikov, II Kop'ev, PS
Citation: Am. Georgievskii et al., Collective resonances and shape function for homogeneous broadening of theemission spectra of quantum-well semiconductor heterostructures, SEMICONDUCT, 33(7), 1999, pp. 779-781
Superradiance in semiconductors
Authors: Zaitsev, SV Graham, LA Huffaker, DL Gordeev, NY Kopchatov, VI Karachinsky, LY Novikov, II Kop'ev, PS
Citation: Sv. Zaitsev et al., Superradiance in semiconductors, SEMICONDUCT, 33(12), 1999, pp. 1309-1314
Evaluation of grain boundary sliding contribution to the total strain during superplastic deformation
Authors: Portnoy, VK Novikov, II
Citation: Vk. Portnoy et Ii. Novikov, Evaluation of grain boundary sliding contribution to the total strain during superplastic deformation, SCR MATER, 40(1), 1998, pp. 39-43
Risultati: 1-12 |