排序方式: 共有19条查询结果,搜索用时 750 毫秒
1.
S. M. Aldoshin D. V. Anosov G. G. Chernyi V. N. Chubarikov S. V. Emel’yanov L. D. Faddeev A. T. Fomenko A. A. Gonchar A. I. Grigor’ev V. A. Il’in M. P. Kirpichnikov S. K. Korovin M. V. Koval’chuk V. V. Kozlov A. B. Kurzhanskii G. I. Marchuk V. P. Maslov E. I. Moiseev S. M. Nikol’skii S. P. Novikov Yu. M. Okunev Yu. S. Osipov B. E. Paton V. P. Skulachev V. A. Tkachuk E. P. Velikhov Yu. I. Zhuravlev 《Differential Equations》2009,45(4):465-476
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Academician E. P. Velikhov O. G. Matveenko V. P. Panchenko V. D. Pismennyi A. A. Yakushev A. V. Pisakin A. G. Blokh B. G. Tkachenko N. M. Sergeenko Academician V. B. Zhukov Yu. P. Babakov E. F. Zhegrov V. A. Polyakov Academician V. A. Glukhikh G. Sh. Manukyan V. A. Krylov V. A. Vesnin V. A. Parkhomenko E. M. Sukharev Ya. I. Malashko 《Doklady Physics》2000,45(2):74-79
3.
Bobkov S. A. Teslyuk A. B. Baymukhametov T. N. Pichkur E. B. Chesnokov Yu. M. Assalauova D. Poyda A. A. Novikov A. M. Zolotarev S. I. Ikonnikova K. A. Velikhov V. E. Vartanyants I. A. Vasiliev A. L. Ilyin V. A. 《Crystallography Reports》2020,65(6):1081-1092
Crystallography Reports - A new approach to the organization of data pipelining in cryo-electron microscopy (Cryo-EM) and X-ray free-electron laser (XFEL) experiments is presented. This approach,... 相似文献
4.
V. N. Bagratashvili Yu. R. Kolomisky V. S. Letokhov E. A. Ryabov V. Yu. Baranov S. A. Kazakov V. G. Nizjev V. D. Pismenny A. I. Starodubtsev E. P. Velikhov 《Applied Physics A: Materials Science & Processing》1977,14(2):217-220
Considering a SF6 molecule we demonstrate feasibility of using high pulse repetition rate CO2 laser for isotope separation by selective molecular dissociation in a strong IR field. Dependences of dissociation efficiency
as well as separation selectivity on pulse repetition rate up to 150 Hz are investigated. The inherent thermal effects are
discussed. 相似文献
5.
M. I. Kolybaeva V. I. Salo I. M. Pritula Yu. N. Velikhov A. P. Voronov V. F. Tkachenko V. M. Puzikov 《Crystallography Reports》2004,49(2):266-270
The influence of various technological parameters of crystallization (acidity of growth solutions, crystallization temperature, growth rate, degree of solution purification) on the optical absorption of large KDP single crystals has been studied in the UV range of the spectrum. It is shown that the method of solvent recirculation with the use of the starting material with the microimpurity content not exceeding 5 × 10?5 wt % and solution ultrafiltration under the optimum crystallization conditions (tcr = 80°C, Vcr ~ (0.8–1.6) × 10?6 cm/s, pH 4) enables one to grow KDP single crystals with cross sections up to 300 × 300 mm2 and the transmission in the vicinity of the fundamental absorption edge λ = 200 nm) equal to 86%. 相似文献
6.
Physics of Atomic Nuclei - Recent assessments of the strategic prospects of the nuclear energy industry tend to show a somewhat condescending attitude towards fusion, which, regretfully, has... 相似文献
7.
Velikhov E. P. Kovalchuk M. V. Ilgisonis V. I. Ignatiev V. V. Tsibulskiy V. F. Andrianova E. A. Blandinskiy V. Yu. 《Physics of Atomic Nuclei》2018,81(7):981-987
Physics of Atomic Nuclei - The strategic line of development of a nuclear power system based on fission and fusion reactors which ensures electricity generation on a specified scale, solves the... 相似文献
8.
V. E. Velikhov 《Crystallography Reports》2010,55(7):1245-1248
The problems of developing a unified information communication platform for the Nano-, Bio-, Info-, and Cognitive (NBIC) Technology
Center at the Russian Research Center (RRC) Kurchatov Institute are considered. The distributed resources of the NBIC center
are used based on grid technologies, which allow one to construct a distributed infrastructure on the basis of existing data
transfer networks and computer equipment in accordance with the user’s requirements. This infrastructure makes it possible
to uniformly offer combined computational resources for various scientific calculations and allows distant users to visually
operate with very large amounts of data, high-resolution video streams, experimental equipment, and archival data sets. 相似文献
9.
A New Generation Pulsed MHD Generator 总被引:1,自引:0,他引:1
Velikhov E. P. Afonin A. G. Butov V. G. Panchenko V. P. Sinyaev S. V. Solonenko V. A. Shvetsov G. A. Yakushev A. A. 《Doklady Physics》2019,64(5):238-243
Doklady Physics - The results of calculation and theoretical investigation for the creation of a powerful (~600 MW) pulsed MHD generator on the combustion products from solid (powder)... 相似文献
10.