Citation: Si. Kudryashov et Vi. Emel'Yanov, Structural transitions in GaAs during irradiation by a 100-fs laser pulse, QUANTUM EL, 31(7), 2001, pp. 565-566
Citation: Si. Kudryashov et Vi. Emel'Yanov, Nonthermal structural transformation in quasi-monocrystalline graphite during 100-fs laser pulse, JETP LETTER, 73(9), 2001, pp. 487-490
Citation: Si. Kudryashov et Vi. Emel'Yanov, Band gap collapse and ultrafast "cold" melting of silicon during femtosecond laser pulse, JETP LETTER, 73(5), 2001, pp. 228-231
Citation: Si. Kudryashov et Vi. Emel'Yanov, Electron gas compression and Coulomb explosion in the surface layer of a conductor heated by femtosecond laser pulse, JETP LETTER, 73(12), 2001, pp. 666-670
Citation: Si. Kudryashov et al., Probe detection of charged coarsely dispersed carbon particles upon laser ablation of pyrolytic graphite, HIGH ENERG, 34(2), 2000, pp. 101-106
Citation: Si. Kudryashov et al., Microscopic model of charge density distribution for critical and supercritical states of carbon, MENDELEEV C, (2), 1999, pp. 61-63
Authors:
Kudryashov, SI
Kim, BK
Kim, JI
Zorov, NB
Kuzyakov, YY
Citation: Si. Kudryashov et al., Time-of-flight mass spectroscopic detection of new elemental and mixed small atomic clusters in the laser evaporation of carbon nitride, MENDELEEV C, (1), 1999, pp. 1-2
Citation: Si. Kudryashov et al., Production of carbon nanoclusters supported on a graphite foil by laser ablation under supercritical conditions, MENDELEEV C, (1), 1999, pp. 3-4
Authors:
Kudryashov, SI
Ionov, SG
Karabutov, AA
Zorov, NB
Citation: Si. Kudryashov et al., Appearance of the supercritical state of carbon in the laser evaporation of low-density graphite foil, MENDELEEV C, (6), 1998, pp. 212-214
Authors:
Kudryashov, SI
Borisov, SN
Ionov, SG
Zorov, NB
Citation: Si. Kudryashov et al., The role of crystalline defects and the density of a graphite foil in the laser-induced degradation, MENDELEEV C, (6), 1998, pp. 214-215