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Georgii Leonidovich Saksaganskii

Observed names: G L Saksaganskii, G Saksaganskii, G. L. Saksaganskii, G. Saksaganskii, Саксаганский Георгий Леонидович
OpenAlex ID: A5048919908
Molecular flow in complex vacuum systems
1988 · G. L. Saksaganskii · CERN Document Server (European Organization for Nuclear Research) · 34
Getter and Getter-Ion Vacuum Pumps
2019 · Georgii Leonidovich Saksaganskii · Routledge eBooks · 13
Pellet Injectors Developed at the Pelin Laboratory for Steady-State Plasma Fuelling
2004 · I Vinyar, A Geraud, et al. · Plasma Science and Technology · 8
A Large-Scale Prototype of a Tritium Pellet Injector for the ITER International Tokamak
2002 · I. V. Viniar, I. A. Krasil'nikov, et al. · Instruments and Experimental Techniques · 6
Resolution and calibration requirements for a time-of-flight mass spectrometer for analyzing gaseous fuel mixtures of a thermonuclear reactor
2008 · N. N. Aruev, I. I. Pilyugin, et al. · Atomic Energy · 5
Molecular flows in complex vacuum structures
1980 · G. L. Saksaganskii · 5
Fundamental technical characteristics of the experimental thermonuclear system ?Tokamak-3?
1964 · M. A. Gashev, G. K. Gustov, et al. · Atomic Energy · 4
A mock-up of a tritium pellet injector for ITER
2001 · I Viniar, G Saksaganskii, et al. · Fusion Engineering and Design · 2
Uragan experimental thermonuclear equipment
1970 · V. F. Aleksin, O. V. Biryukov, et al. · Atomic Energy · 2
The basic technical characteristics of the experimental thermonuclear device Tokamak-3
1965 · M A Gashev, G K Gustov, et al. · Journal of Nuclear Energy Part C Plasma Physics Accelerators Thermonuclear Research · 2
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Molecular flux in a dynamic system with a quasipoint gas source
1973 · G. L. Saksaganskii, Д. В. Серебренников · Soviet physics. Technical physics · 1
Efficiency of an Absorbing Structure in a Vacuum System with a Point Gas Source
1972 · N. A. Ivandikova, G. L. Saksaganskii · Soviet physics. Technical physics · 1
Electrophysical Pumps with Plasma Sources of Getter Films
2019 · Georgii Leonidovich Saksaganskii · Routledge eBooks
Basic Characteristics of Electrophysical Pumps
2019 · Georgii Leonidovich Saksaganskii · Routledge eBooks
Sputter-Ion and Combined Pumps: Calculation, Design, and Operation
2019 · Georgii Leonidovich Saksaganskii · Routledge eBooks
Evaporative Getter and Getter-Ion Pumps with Thermal Deposition of Getter Films
2019 · Georgii Leonidovich Saksaganskii · Routledge eBooks
Principles of the Creation of Nontraditional Electrophysical Pumps
2019 · Georgii Leonidovich Saksaganskii · Routledge eBooks
Sputter-Ion Pumps: Physical Processes
2019 · Georgii Leonidovich Saksaganskii · Routledge eBooks
Nonevaporable Getters and Pumping Devices Based on Them
2019 · Georgii Leonidovich Saksaganskii · Routledge eBooks
Principles of the Planning and Optimization of the Geometric Structure of Electrophysical Pumps
2019 · Georgii Leonidovich Saksaganskii · Routledge eBooks
Комплексная система управления установкой для тестирования элементов дивертора ИТЭР
2012 · Козюченок Сергей Сергеевич, Павленко Александр Васильевич, et al. · Информационно-управляющие системы
Strength in low-cycle loading of high-nickel alloy being irradiated
1990 · V. N. Kiselevskii, D. F. Kharitonov, et al. · Strength of Materials
Kinetic method for analyzing molecular flow. III - Flow in a structure with arbitrary geometry
1979 · B. D. Ershov, G. L. Saksaganskii · Soviet physics. Technical physics
Accelerator--storage-ring complex (UNK) at the Institute of High Energy Physics
1979 · V. Balbekov, A.A. Vasil'ev, et al. · OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)
Solution of some pumping problems in the injector vacuum system of the T-20
1978 · B. D. Ershov, B. G. Karasen, et al.
Works count: 35
Citation count: 83
H-index: 5
I10-index: 2
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