G. G. Gladush

Troitsk Institute for Innovation and Fusion Research — Russia

Engineering · Physical Sciences

8h-index258citations69works0.02yr avg
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Research Topics

Laser Design and Applications(23), Magnetic confinement fusion research(18), Laser Material Processing Techniques(17), Fusion materials and technologies(12), Plasma Applications and Diagnostics(10)

Publications68 total

Conditioning of the Tokamak Vacuum Chamber with Reactor Technologies
Physics of Atomic Nuclei·2024
Cryogenic System Infrastructure for a Tokamak Based on Reactor Technologies
Vestnik MEI·2023· 1 cited
Neutronics Efficacy Evaluations of Lithium-Uranium and Lithium-Thorium Blankets in a Thermonuclear Plant
Atomic Energy·2022· 3 cited
Neutronics Calculations of Performance Enhancement of the Lithium-Uranium Blanket of a Tokamak Reactor
Atomic Energy·2021· 1 cited
Conceptual Design of a Hybrid Fusion–Fission Power Reactor with a Tokamak and a Depleted Uranium Blanket
Physics of Atomic Nuclei·2020
THE CONCEPT OF A HYBRID FUSION-FISSION REACTOR BASED ON TOKAMAK USING A BLANKET WITH DEPLETED URANIUM
Problems of Atomic Science and Technology Ser Thermonuclear Fusion·2019Open Access
Remote processing of metals with laser radiation with increased intensity
Inorganic Materials Applied Research·2017· 3 cited
Remote processing of metals with an increased laser radiation intensity
2016· 1 cited
Studying the mechanisms of steel sheet perforation by the radiation of a continuous-wave fiber laser
Bulletin of the Russian Academy of Sciences Physics·2016· 1 cited
Concept of a demonstrational hybrid reactor—a tokamak with molten-salt blanket for 233U fuel production: 1. Concept of a stationary Tokamak as a neutron source
Physics of Atomic Nuclei·2015
The Concept of Hybrid Reactor of Tokamak and Molten-salt Thorium Blanket for Producing <sup>233</sup>U out of Neutron Field
Energy and Environmental Engineering·2015Open Access
Project Development of Experimental Hybrid Reactor on the Basis of a Compact Tokamak for the Disposal of Spent Nuclear Fuel
Volume 5: Fuel Cycle, Radioactive Waste Management and Decommissioning; Reactor Physics and Transport Theory; Nuclear Education, Public Acceptance and Related Issues; Instrumentation and Controls; Fusion Engineering·2013· 1 cited
Steady-state operation in compact tokamaks with copper coils
Nuclear Fusion·2011· 69 cited
Removal of water from a shallow bath under laser pulse irradiation
Quantum Electronics·2011· 7 cited
Tokamak based hybrid systems for fuel production and recovery from spent nuclear fuel
Atomic Energy·2011· 12 cited
USE OF COMPACT-SIZE TOKAMAKS AS NEUTRON SOURCES FOR NUCLEAR POWER PROBLEMS SOLUTION
Problems of Atomic Science and Technology Ser Thermonuclear Fusion·2009· 5 citedOpen Access
Numerical simulation of the initial stage of the plasma column formation in JUST-T tokamak
Plasma devices and operations·2007· 2 cited
On heat removal from the first-wall elements and warm toroidal field coils in the JUST-T tokamak
Plasma devices and operations·2007
Peculiarities of welding of metals by a low-power repetitively pulsed Nd:YAG laser
Quantum Electronics·2006· 2 cited
Plasma-physical and electrophysical aspects of the compact stationary neutron source on the basis of a tokamak
Plasma devices and operations·2005· 7 cited
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Frequent Co-authors

É. A. Azizov(10), R.R. Khayrutdinov(7), S V Drobyazko(7), A. A. Vedenov(7), A F Glova(7), A. A. Samokhin(7), A. V. Lopatkin(6), A. G. Krasyukov(6), V. N. Dokuka(5), N. B. Rodionov(5), Yu M Senatorov(5), N. A. Obysov(4), A N Yavokhin(4), A. D. Barkalov(4), Yu. Yu. Abramov(4), A. B. Mineev(3), I. B. Lukasevich(3), V. V. Likhanskiî(3), A. I. Loboíko(3), S. V. Gvozdev(3)