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ITER and TRT—Technological Platforms for Controlled Thermonuclear Fusion
AbstractTo solve the main problems of designing a thermonuclear tokamak reactor, such as the experimental demonstration of quasi-stationary...
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The International Thermonuclear Experimental Reactor
The Internal Thermonuclear Experimental Reactor (ITER) is supposed to be the next crucial step on the way (iter) to commercial energy generation by...
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Initializing the Discharge in the “Active Spectroscopy” Diagnostic Mirror Cleaning System of the ITER Reactor Using a Thermoemission Cathode
AbstractThe results of a study into the limiting operating conditions for gas pressure when using D 2 , He, Ne, and Ar in the “Active spectroscopy”...
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Role of the Neutron Calculations in the Development of Optical Diagnostics in ITER
AbstractThe method of neutron calculations for the diagnostic equipment of the ITER fusion reactor has been considered. The important role of these...
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Piezoceramic Resistance to Radiation Amorphization During Operation in ITER
AbstractPiezoelectric motors designed for operation in the ITER tokamak-reactor must be tested for stability under severe radiation conditions....
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Engineering Model of Beryllium Dust Layer Oxidation in an Accident with Coolant Outflow from the Cooling System into the ITER Vacuum Chamber
AbstractSteam oxidation of beryllium dust, which will inevitably be formed and accumulated in the vacuum chamber of the ITER thermonuclear reactor,...
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A Brief History of ITER
Nuclear fusion researchers realised long time ago that international cooperation was the best way to go: fusion is a complex scientific discipline...
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Russian Experience in Development and Testing of the Elements of Remote Participation in ITER Experiment
AbstractThe ITER thermonuclear reactor is being built in France near the Cadarache nuclear center jointly by the countries participating in the...
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ITER: A Fusion Proto-Reactor and its Large Scale Systems Integration
The world’s largest fusion device ITER is currently under construction, with goals of producing 500 MW of fusion power, obtaining an energy gain...
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Analysis of Loss of Vacuum Accident at ITER using SOCRAT-V1/V2
AbstractSince the end of the 1990s, work has been carried out on the creation of integrated computer programs that make it possible to simulate...
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Calculating the Pulse-Height Spectra of ITER Vertical Neutron Camera Diamond Detectors with Regard to the Plasma Ion Distribution Function
AbstractThe vertical neutron camera (VNC) is an ITER diagnostic system aimed at measuring the spatial distribution of the plasma neutron radiation...
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ITER Vessel Internals: Origination and Development
The role and place of NIKIET, as one of the leading design organizations in the nuclear industry, in the joint implementation of the large-scale...
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Simulation of Ion Irradiation of Crystalline and Amorphous Targets Tokamak-Reactor First Wall Materials
AbstractAn overview of results concerning simulation of various processes which occur due to atomic bombardment of crystalline and amorphous solids...
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NUMERICAL SIMULATION AND EXPERIMENTAL RESEARCH OF CR–AG COATINGS FOR THE ITER SCC THERMAL SHIELD
AbstractThe microstructure, surface quality, and thermal shielding properties of the coatings prepared by the methods of magnetron sputtering and...
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Neutron Collimator for the Diagnostic System of Neutral Particle Analyzers of the ITER Tokamak
AbstractA neutron collimator is developed to attenuate the neutron flux and reduce the residual induced activity in the interportal space of the...
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Thermonuclear Plasma Model with Bound Ions and Neutron Catalysis of Fusion Reactions
AbstractThe study examines the influence of fission neutrons coming from the blanket of a thermonuclear installation into plasma which can enhance...
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Measuring Impurity Concentration in Near Wall Plasma During Tests of Prototypes of the First Wall of Fusion Reactor in PLM Facility
AbstractThis article describes the study of low pressure helium plasma with magnetic confinement at the experimental test setup at the Moscow Power...
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Radiative Losses of Heavy Charged Particles on Multielectron Impurity Ions in Thermonuclear Plasma
AbstractThe statistical method is applied to calculate the new channel of radiative losses of alpha particles, deuterons, and tritons when exciting...
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Neutronic study on the effect of first wall material thickness on tritium production and material damage in a fusion reactor
In this study, the effects of changing first wall materials and their thicknesses on a reactor were investigated to determine the displacement per...
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Tritium Fuel Cycle Technology Readiness Assessment for the DEMO-FNS Reactor: Part 3
AbstractThe tritium fuel cycle (FC) is one of the main systems of a fusion plant. Currently, active work is under way in Russia and worldwide to...
