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Results: 1-15 |
Results: 15
Stress reduction of Mo/Si multilayer structures
Authors: Andreev, SS Salashchenko, NN Suslov, LA Yablonsky, AN Zuev, SY
Citation: Ss. Andreev et al., Stress reduction of Mo/Si multilayer structures, NUCL INST A, 470(1-2), 2001, pp. 162-167
Cr/Sc nanolayers for the water window: improved performance
Authors: Schafers, F Mertin, M Abramsohn, D Gaupp, A Mertins, HC Salashchenko, NN
Citation: F. Schafers et al., Cr/Sc nanolayers for the water window: improved performance, NUCL INST A, 467, 2001, pp. 349-353
Novel instrumentation for spectrally resolved soft x-ray plasma tomography: Development and pilot results on TEXTOR
Authors: Shmaenok, LA Golovkin, SV Govorun, VN Ekimov, AV Salashchenko, NN Pickalov, VV Belik, VP Schuller, FC Donne, AJH Oomens, AAM Prokhorov, KA Andreev, SS Sorokin, AA Podlaskin, BG Khasanov, LV
Citation: La. Shmaenok et al., Novel instrumentation for spectrally resolved soft x-ray plasma tomography: Development and pilot results on TEXTOR, REV SCI INS, 72(2), 2001, pp. 1411-1415
Observation of laser-induced local modification of magnetic order in transition metal layers
Authors: Alekseev, AM Verevkin, YK Vostokov, NV Petryakov, VN Polushkin, NI Popkov, AF Salashchenko, NN
Citation: Am. Alekseev et al., Observation of laser-induced local modification of magnetic order in transition metal layers, JETP LETTER, 73(4), 2001, pp. 192-196
Ferromagnetic Co-C nanodot arrays produced by direct interferometric laserannealing
Authors: Zheng, M Yu, M Liu, Y Skomski, R Liou, SH Sellmyer, DJ Petryakov, VN Verevkin, YK Polushkin, NI Salashchenko, NN
Citation: M. Zheng et al., Ferromagnetic Co-C nanodot arrays produced by direct interferometric laserannealing, IEEE MAGNET, 37(4), 2001, pp. 2070-2072
Magnetic nanodot arrays produced by direct laser interference lithography
Authors: Zheng, M Yu, M Liu, Y Skomski, R Liou, SH Sellmyer, DJ Petryakov, VN Verevkin, YK Polushkin, NI Salashchenko, NN
Citation: M. Zheng et al., Magnetic nanodot arrays produced by direct laser interference lithography, APPL PHYS L, 79(16), 2001, pp. 2606-2608
Mossbauer reflectometry of multilayer structure Zr(10 nm)/[Cr(1.7 nm)/Fe-57(1.6 nm)](26)/Cr(50 nm) - comparative measurements in energy and time domains
Authors: Andreeva, MA Irkaev, SM Semenov, VG Prokhorov, KA Salashchenko, NN Chumakov, AI Ruffer, R
Citation: Ma. Andreeva et al., Mossbauer reflectometry of multilayer structure Zr(10 nm)/[Cr(1.7 nm)/Fe-57(1.6 nm)](26)/Cr(50 nm) - comparative measurements in energy and time domains, HYPER INTER, 126(1-4), 2000, pp. 343-348
Multilayer dispersion optics for X-ray radiation
Authors: Andreev, SS Mertins, HC Platonov, YY Salashchenko, NN Schaefers, F Shamov, EA Shmaenok, LA
Citation: Ss. Andreev et al., Multilayer dispersion optics for X-ray radiation, NUCL INST A, 448(1-2), 2000, pp. 133-141
PMMA-based resists for a spectral range near 13 nm
Authors: Bulgakova, SA Lopatin, AY Luchin, VI Mazanova, LM Molodnjakov, SA Salashchenko, NN
Citation: Sa. Bulgakova et al., PMMA-based resists for a spectral range near 13 nm, NUCL INST A, 448(1-2), 2000, pp. 487-492
On the possibility of the in situ growth control and nondestructive depth profiling of ultrathin multilayer structures using keV hydrogen ions
Authors: Kurnaev, VA Trifonov, NN Drozdov, MN Salashchenko, NN
Citation: Va. Kurnaev et al., On the possibility of the in situ growth control and nondestructive depth profiling of ultrathin multilayer structures using keV hydrogen ions, VACUUM, 56(4), 2000, pp. 253-255
Effect of heat treatment on the local atomic structure of cementite Fe3C in steel
Authors: Maratkanova, AN Rats, YV Surnin, DV Deev, AN Schastlivtsev, VM Yakovleva, IL Tabatchikova, TI Gusev, SA Salashchenko, NN
Citation: An. Maratkanova et al., Effect of heat treatment on the local atomic structure of cementite Fe3C in steel, PHYS MET R, 89(6), 2000, pp. 604-609
Possibility of nondestructive layer-by-layer analysis of multilayer structures of ultrathin films using low-energy hydrogen ions
Authors: Kurnaev, VA Trifonov, NN Drozdov, MN Salashchenko, NN
Citation: Va. Kurnaev et al., Possibility of nondestructive layer-by-layer analysis of multilayer structures of ultrathin films using low-energy hydrogen ions, TECH PHYS L, 25(6), 1999, pp. 442-443
Moessbauer reflectometry of ultrathin multilayer Zr(10 nm)/[Fe-57(1.6 nm)/Cr(1.7 nm)x26]/Cr(50 nm) film using synchrotron radiation
Authors: Andreeva, MA Irkaev, SM Semenov, VG Prokhorov, KA Salashchenko, NN Chumakov, AI Ruffer, R
Citation: Ma. Andreeva et al., Moessbauer reflectometry of ultrathin multilayer Zr(10 nm)/[Fe-57(1.6 nm)/Cr(1.7 nm)x26]/Cr(50 nm) film using synchrotron radiation, J ALLOY COM, 286(1-2), 1999, pp. 322-332
Anomalous decreasing of hyperfine magnetic field value in the top layers of multilayered structure revealed by mossbauer reflectometry method
Authors: Semenov, VG Andreeva, MA Irkaev, SM Prokhorov, KA Salashchenko, NN Chumakov, AI Ruffer, R
Citation: Vg. Semenov et al., Anomalous decreasing of hyperfine magnetic field value in the top layers of multilayered structure revealed by mossbauer reflectometry method, IAN FIZ, 63(7), 1999, pp. 1422-1429
Development of low-energy x-ray fluorescence micro-distribution analysis using a laser plasma x-ray source and multilayer optics?
Authors: Stuik, R Shmaenok, LA Fledderus, H Andreev, SS Shamov, EA Zuev, SY Salashchenko, NN Bijkerk, F
Citation: R. Stuik et al., Development of low-energy x-ray fluorescence micro-distribution analysis using a laser plasma x-ray source and multilayer optics?, J ANAL ATOM, 14(3), 1999, pp. 387-390
Risultati: 1-15 |