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Results: 1-10 |
Results: 10
RADIATION-INDUCED TRANSFORMATIONS OF THE STRUCTURE AS A FACTOR THAT DETERMINES EMISSION PROPERTIES ON THE GRAPHITE SURFACE
Authors: BEGRAMBEKOV LB VERGAZOV SV ZAKHAROV AM
Citation: Lb. Begrambekov et al., RADIATION-INDUCED TRANSFORMATIONS OF THE STRUCTURE AS A FACTOR THAT DETERMINES EMISSION PROPERTIES ON THE GRAPHITE SURFACE, Izvestia Akademii nauk SSSR. Seria fiziceskaa, 62(7), 1998, pp. 1397-1400
PECULIARITIES AND MECHANISM OF THE CONE GROWTH UNDER ION-BOMBARDMENT
Authors: BEGRAMBEKOV LB ZAKHAROV AM TELKOVSKY VG
Citation: Lb. Begrambekov et al., PECULIARITIES AND MECHANISM OF THE CONE GROWTH UNDER ION-BOMBARDMENT, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 115(1-4), 1996, pp. 456-460
TRANSFORMATION OF SURFACE-TOPOGRAPHY OF G RAPHITE AND ITS COMPOUNDS AFTER HELIUM ION-BOMBARDMENT
Authors: BEGRAMBEKOV LB VERGAZOV SV ZAKHAROV AM TELKOVSKY VG
Citation: Lb. Begrambekov et al., TRANSFORMATION OF SURFACE-TOPOGRAPHY OF G RAPHITE AND ITS COMPOUNDS AFTER HELIUM ION-BOMBARDMENT, Izvestia Akademii nauk SSSR. Seria fiziceskaa, 58(4), 1994, pp. 187-194
SPUTTERING OF METAL-ALLOYS AT ELEVATED-TEMPERATURES
Authors: BEGRAMBEKOV LB ZAKHAROV AM
Citation: Lb. Begrambekov et Am. Zakharov, SPUTTERING OF METAL-ALLOYS AT ELEVATED-TEMPERATURES, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 90(1-4), 1994, pp. 477-481
EROSION OF GRAPHITE AND GRAPHITE COMPOUNDS UNDER OXYGEN GAS AND LIGHT-ION IRRADIATION
Authors: BEGRAMBEKOV LB VERGAZOV SV ZAKHAROV AM MOROCHEV MA
Citation: Lb. Begrambekov et al., EROSION OF GRAPHITE AND GRAPHITE COMPOUNDS UNDER OXYGEN GAS AND LIGHT-ION IRRADIATION, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 90(1-4), 1994, pp. 491-495
SPUTTERING AND TRANSFORMATION OF ONE-PHASE CU-NI ALLOY SURFACES UNDERION-BOMBARDMENT
Authors: BEGRAMBEKOV LB ZAKHAROV AM PUSTOBAJEV AA SUCHANSKA M KALUZA S CHODOREK V
Citation: Lb. Begrambekov et al., SPUTTERING AND TRANSFORMATION OF ONE-PHASE CU-NI ALLOY SURFACES UNDERION-BOMBARDMENT, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 85(1-4), 1994, pp. 331-334
PHASE-EQUILIBRIA IN AL-SI-FE-MN-TI ALLOYS CORRESPONDING TO COMPOSITIONS OF ELECTROTHERMAL SILUMIN
Authors: ZAKHAROV AM ARNOLD AA BRATCHUK IN
Citation: Am. Zakharov et al., PHASE-EQUILIBRIA IN AL-SI-FE-MN-TI ALLOYS CORRESPONDING TO COMPOSITIONS OF ELECTROTHERMAL SILUMIN, Russian metallurgy. Metally, (1), 1993, pp. 184-187
PHASE-EQUILIBRIA IN NB-TI-AL SYSTEM IN THE RANGE 25-40-PERCENT-TI AND0-20-PERCENT AL
Authors: ZAKHAROV AM OLEINIKOVA SV SMIRNOVA TR
Citation: Am. Zakharov et al., PHASE-EQUILIBRIA IN NB-TI-AL SYSTEM IN THE RANGE 25-40-PERCENT-TI AND0-20-PERCENT AL, Russian metallurgy. Metally, (5), 1992, pp. 102-105
ISOTHERMAL SECTIONS OF THE NB-TI-AL SYSTEM AT 900-DEGREES-C AND 600-DEGREES-C
Authors: PAVLOV AV ZAKHAROV AM KARSANOV GV VERGASOVA LL
Citation: Av. Pavlov et al., ISOTHERMAL SECTIONS OF THE NB-TI-AL SYSTEM AT 900-DEGREES-C AND 600-DEGREES-C, Russian metallurgy. Metally, (5), 1992, pp. 106-108
THE W-FE-NI SYSTEM AT 1050-950-DEGREES-C AND 10-20-PERCENT (FE + NI)
Authors: NIKOLSKII AV ZAKHAROV AM PARSHIKOV VG VODOPYANOVA LS KAZAKOVA IP
Citation: Av. Nikolskii et al., THE W-FE-NI SYSTEM AT 1050-950-DEGREES-C AND 10-20-PERCENT (FE + NI), Russian metallurgy. Metally, (5), 1992, pp. 213-217
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