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KALIN BA

Указатель цитирования

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цитируемый документ

THERMAL TRANSFER OF CARBON IN STAINLESS-STEEL Author(s): ZOTOV VS, KALIN BA, SUKHAREV VI Source: FIZIKA METALLOV I METALLOVEDENIE Volume: 44 Issue: 3 Pages: 646-650 Published: 1977  Times Cited: 1 References: 5 Document Type: Note Language: Russian Addresses: ZOTOV, VS (reprint author), SVERDLOVSK ENGN PHYS INST, DEPT 2, SVERDLOVSK, USSR Publisher: GOSUDARSTVENNOE NAUCHNO-TEKH, IZDATELSTVO LITERATURY PO CHERNOI I TSYETNOI METALLURGII, MOSCOW, RUSSIA Subject Category: Metallurgy & Metallurgical Engineering IDS Number: EG740 ISSN:

1 цитирование

1. Title: DIFFUSION OF CARBON IN TI-NB ALLOYS Author(s): ZHARINOV VP, ZOTOV VS, NIKOLAYEV NA, et al. Source: PHYSICS OF METALS  Volume: 5  Issue: 4  Pages: 743-750  Published: 1985 Times Cited: 0

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цитируемый документ

Tritium barrier development for austenitic stainless steel by its aluminizing in a lithium melt Author(s): Kalin BA, Yakushin VL, Fomina EP Source: FUSION ENGINEERING AND DESIGN Volume: 41 Pages: 119-127 Published: SEP 1998  Times Cited: 2 References: 9 Abstract: A technique for obtaining coatings on a 0.12%C/18%Cr/10%Ni/Ti austenitic stainless steel by its aluminizing in melts of the following composition x%Al + (100% - x)%Li(x = 3, 10) at the temperature range K for 5-100 h has been developed. An investigation in to the decrease in the tritium penetration through the steel has been carried out. It has been shown that two-side aluminizing of the steel in the 10%Al/90%Li melt at 870 and 970 K for 5 h decreases its tritium permeability by more than three orders of magnitude. Furthermore, aluminizing the steel under these regimes reduces its erosion coefficient by one order of magnitude on average due to radiation blistering, decreases its coefficient of physical sputtering by more than 2.5 times and protects the steel from failure under the action of hydrogen pulsed plasma fluxes with the incident flux specific power up to 4-5.10(10) W m(-2) and a pulse duration of 10-50 mu s. The mechanisms of decreasing the tritium permeation with regard to the surface relief forming under the treatment have been discussed. (C) 1998 Elsevier Science S. A. All rights reserved. Document Type: Article Language: English KeyWords Plus: HYDROGEN PERMEATION CHARACTERISTICS Addresses: Kalin, BA (reprint author), Tech Univ, Moscow State Engn Phys Inst, 31 Kashirskoe Sh, Moscow Russia Tech Univ, Moscow State Engn Phys Inst, Moscow Russia Publisher: ELSEVIER SCIENCE SA, PO BOX 564, 1001 LAUSANNE, SWITZERLAND Subject Category: Nuclear Science & Technology IDS Number: 134NG ISSN:

2 цитирования

1. Title: Measurements of hydrogen diffusion coefficient for tube samples at medium and high temperatures Author(s): Liu S, Zheng HA, Gui QH, et al. Source: ACTA METALLURGICA SINICA  Volume: 40  Issue: 4  Pages: 393-398  Published: APR 2004 Times Cited: 0 2. Title: Hydrogen permeation through steels and alloys with different protective coatings Author(s): Tazhibaeva IL, Klepikov AK, Romanenko OG, et al. Source: FUSION ENGINEERING AND DESIGN  Volume: 51-2  Pages: 199-205  Published: NOV 2000 Times Cited: 2

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цитируемый документ

APPLICATION OF AMORPHOUS FILLER METALS IN PRODUCTION OF FUSION-REACTOR HIGH HEAT-FLUX COMPONENTS Author(s): KALIN BA, FEDOTOV VT, GRIGORIEV AE, SEVRIUKOV ON, PLIUSHEV AN, SKURATOV LA, POLSKY VI, YAKUSHIN VL, VIRGILIEV YS, VASILIEV VL, TSEREVITINOV SS Source: FUSION ENGINEERING AND DESIGN Volume: 28 Pages: 119-124 Published: MAR 1995  Times Cited: 6 References: 16 Abstract: Amorphous ribbon-type filler metals represent a promising facility for fastening heterogeneous materials together. The advantage results from the homogeneity of element and phase compositions and the strictly specified geometrical dimensions of such fillers. Amorphous fillers Zr-Ti-Fe-Be, Zr-Ti-Ni-Cu and Ti-Zr-Ni-Cu and microcrystalline fillers Al-Si and Cu-Sn-Mn-In-Ni were produced by quenching at a rate of about 10(6) K s(-1). Brazing of graphite with metals (Cu + MPG-6, Cu + RGT, Mo + MIG-1, V + MIG-1, V + RGT) was accomplished using ribbon-type fillers. Two types of metal-based samples were produced in the form of plates and rakes. The rakes were made by brazing three small graphite bars to the metal, the 2 mm space between the bars being 0.25 of the bar height. The results of metallographic studies of the brazing zone and of tests on brazed structures treated by pulsed energy fluxes are discussed. Document Type: Article Language: English KeyWords Plus: ALLOYS Addresses: KALIN, BA (reprint author), MOSCOW ENGN PHYS INST, KASHIRSKOE SH 31, MOSCOW RUSSIA STATE RES INST GRAPHITE, MOSCOW RUSSIA TRINITI, TROITSK RUSSIA Publisher: ELSEVIER SCIENCE SA, PO BOX 564, 1001 LAUSANNE, SWITZERLAND Subject Category: Nuclear Science & Technology IDS Number: QU343 ISSN:

2 цитирования (без самоцитирования)

1. Title: Crystallization behavior of Ti61.67Zr17.15M14.80Cu6.38 glass-forming alloy Author(s): Fan JD, Gao YQ, Li SZ Source: TRANSACTIONS OF NONFERROUS METALS SOCIETY OF CHINA  Volume: 14  Issue: 1  Pages: 156-160  Published: FEB 2004 Times Cited: 1 2. Title: Comparative thermal cyclic test of different beryllium grades previously subjected to simulated disruption loads Author(s): Gervash A, Giniyatulin R, Mazul I Source: FUSION ENGINEERING AND DESIGN  Volume: 46  Issue: 2-4  Pages: 229-235  Published: NOV 1999 Times Cited: 3

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цитируемый документ

Sputtering of ionization of Al, Cu, and Ni atoms during irradiation by polyenergetic He+ and Ar+ ions with mean energy of 7 KeV Author(s): Kalin BA, Volkov NV, Sabo SE Source: IZVESTIYA AKADEMII NAUK SERIYA FIZICHESKAYA Volume: 60 Issue: 7 Pages: 139-142 Published: JUL 1996  Times Cited: 1 References: 6 Document Type: Article Language: Russian Addresses: Kalin, BA (reprint author), MOSCOW STATE ENGN PHYS INST, MOSCOW, RUSSIA Publisher: MEZHDUNARODNAYA KNIGA, 39 DIMITROVA UL., 113095 MOSCOW, RUSSIA Subject Category: Physics, Multidisciplinary IDS Number: VH648 ISSN:

1 цитирование

1. Title: Properties of surface layer in spinel crystals bombardment with ions Author(s): Grytsyna VT, Afanasyev-Charkin IV, Kazarinov YG, et al. Source: IZVESTIYA AKADEMII NAUK SERIYA FIZICHESKAYA  Volume: 66  Issue: 1  Pages: 103-106  Published: JAN 2002 Times Cited: 0

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цитируемый докуемент

Investigation of fusion reactor candidate materials erosion in plasma disruption simulation experiments Author(s): Yakushin VL, Kalin BA, Shul'ga AV, Fedotov VT, Plyuschev AN Source: JOURNAL OF NUCLEAR MATERIALS Volume: 258 Pages:  Part: Part A Published: OCT 1998  Times Cited: 1 References: 10 Abstract: The results of the investigations on new kinds of perspective materials for the high power units of fusion reactors in conditions of action simulating the expected plasma disruptions have been presented. Erosion, changes of the surface topography, the element and phase composition of the intermetallic alloys of a Ti-Al-V system and the type GR reactor graphite impregnated with an 50wt%/Ti/50wt%Cu alloy under the action of hydrogen pulsed plasma fluxes with a maximum ion energy of 2 keV have been studied. The flux specific energy Q was equal to 100 J/cm(2), the pulse duration changed in the 15-20 mu s range and the number of pulses N was from 3 to 30. It has been established that the heat-treated intermetallic alloy containing 15 at.% V has a high erosion stability depending on the number of irradiation pulses and has a minimum erosion coefficient of 0.2-0.3 mu g/(J cm(2)) in comparison with investigated alloys. The impregnated graphites are subjected to less erosion compared to that of the initial reactor graphite at a sufficiently small number of irradiation pulses (N less than or equal to 15). (C) 1998 Elsevier Science B. V. All rights reserved. Document Type: Article Language: English Addresses: Yakushin, VL (reprint author), Tech Univ, Moscow State Engn Phys Inst, 31 Kashirskoe Sh, Moscow Russia Tech Univ, Moscow State Engn Phys Inst, Moscow Russia E-mail Addresses: *****@ Publisher: ELSEVIER SCIENCE BV, PO BOX 211, 1000 AE AMSTERDAM, NETHERLANDS Subject Category: Materials Science, Multidisciplinary; Nuclear Science & Technology; Mining & Mineral Processing IDS Number: 143VD ISSN:

1 цитирование

1. Title: Fusion safety studies in Russia from 1996 to 2000 Author(s): Kolbasov BN, Biruykov AY, Davydov DA, et al. Source: FUSION ENGINEERING AND DESIGN  Volume: 54  Issue: 3-4  Pages: 451-464  Published: 2001 Times Cited: 4

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цитируемый документ

A review of the joining techniques for plasma facing components in fusion reactors Author(s): Odegard BC, Kalin BA Source: JOURNAL OF NUCLEAR MATERIALS Volume: 233 Pages: 44-50 Part: Part A Published: OCT 1996  Times Cited: 14 References: 18 Abstract: An attempt was made to review the current joining techniques being considered for the ITER plasma facing components (PFC). This review describes the general characteristics of two of the joining techniques (brazing and diffusion bonding) being used to join a beryllium armor to a copper alloy heat sink and describes the issues associated with these joining processes. Much of the information is relevant to the other ITER material candidates. Most important is a list of the relevant activities either completed or in progress addressing the beryllium-copper joining issues. Document Type: Article Language: English Addresses: Odegard, BC (reprint author), SANDIA NATL LABS, LIVERMORE, CA 94551 USA MOSCOW ENGN PHYS INST, MOSCOW RUSSIA Publisher: ELSEVIER SCIENCE BV, PO BOX 211, 1000 AE AMSTERDAM, NETHERLANDS Subject Category: Materials Science, Multidisciplinary; Nuclear Science & Technology; Mining & Mineral Processing IDS Number: WB603 ISSN:

10 цитирований (без самоцитирования)

1. Title: Effect of neutron irradiation on the mechanical properties of 316L(N) steel for International Thermonuclear Experimental Reactor applications Author(s): Fabritsiev SA, Pokrovsky AS Source: PLASMA DEVICES AND OPERATIONS  Volume: 14  Issue: 4  Pages: 267-277  Published: DEC 2006 Times Cited: 0 2. Title: Effect of neutron irradiation on the mechanical properties and fracture mode of Cu/SS joints Author(s): Fabritsiev SA, Pokrovsky AS, Edwards DJ, et al. Source: PLASMA DEVICES AND OPERATIONS  Volume: 8  Issue: 4  Pages: 225-239  Published: 2001 Times Cited: 3 3. Title: Microstructure-fracture toughness relationship of vanadium alloy/stainless steel brazed joints Author(s): Gan YX, Aglan HA, Steward RV, et al. Source: JOURNAL OF NUCLEAR MATERIALS  Volume: 299  Issue: 2  Pages: 157-164  Published: NOV 2001 Times Cited: 3 4. Title: Status of international collaborative efforts on selected ITER materials Author(s): Belyakov VA, Fabritsiev SA, Mazul IV, et al. Source: JOURNAL OF NUCLEAR MATERIALS  Volume: 283  Pages: 962-967  Part: Part B  Published: DEC 2000 Times Cited: 0 5. Title: Refractory metal joining for first wall applications Author(s): Cadden CH, Odegard BC Source: JOURNAL OF NUCLEAR MATERIALS  Volume: 283  Pages:  Part: Part B  Published: DEC 2000 Times Cited: 4 6. Title: The effect of brazing cycle simulation on radiation embrittlement of pH copper alloys irradiated in SM-2 reactor up to 5 dpa Author(s): Fabritsiev SA, Pokrovsky AS Source: PLASMA DEVICES AND OPERATIONS  Volume: 8  Issue: 1  Pages: 1-14  Published: 1999 Times Cited: 5 7. Title: Materials science problems of blankets in Russian concept of fusion reactor Author(s): Solonin MI Source: JOURNAL OF NUCLEAR MATERIALS  Volume: 258  Pages: 30-46  Part: Part A  Published: OCT 1998 Times Cited: 13 8. Title: Irradiation resistance of DS copper stainless steel joints fabricated by friction welding methods Author(s): Fabritsiev SA, Pokrovsky AS, Nakamichi M, et al. Source: JOURNAL OF NUCLEAR MATERIALS  Volume: 258  Pages:  Part: Part B  Published: OCT 1998 Times Cited: 3 9. Title: The effect of neutron irradiation on mechanical properties of Cu/SS joints for ITER applications Author(s): Fabritsiev SA, Pokrovsky AS, Edwards DJ, et al. Source: JOURNAL OF NUCLEAR MATERIALS  Volume: 258  Pages:  Part: Part B  Published: OCT 1998 Times Cited: 13 10. Title: Solid state bonding of beryllium to copper and vanadium using transition layers Author(s): Schneibel JH, Haines JR, Snead LL, et al. Source: JOURNAL OF NUCLEAR MATERIALS  Volume: 250  Issue: 2-3  Pages: 216-222  Published: DEC 1997 Times Cited: 0

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