Keywords: اجزای پلاسما مواجه می شوند; Laser induced breakdown spectroscopy; Plasma material interactions; Plasma facing components; Helium retention in tungsten;
مقالات ISI اجزای پلاسما مواجه می شوند (ترجمه نشده)
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Keywords: اجزای پلاسما مواجه می شوند; Design code; Residual stress; Monoblocks; Plasma facing components;
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; Plasma-material interactions; R&D facilities; Linear plasma experiments; Superconducting magnets;
Keywords: اجزای پلاسما مواجه می شوند; Tungsten; Threshold displacement energy; Molecular dynamics calculation; Plasma facing components; Radiation damage;
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; Lithium density; analytic solution; classical diffusion; modified Bessel function;
Keywords: اجزای پلاسما مواجه می شوند; Tungsten; Steel; Atmospheric plasma spraying; Shrouding; Substrate temperature; Fusion reactor materials; Plasma facing components;
Keywords: اجزای پلاسما مواجه می شوند; Alumina-water nanofluids; Hypervapotron; Heat transfer performance; High heat flux; Plasma facing components;
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; First wall; Divertor; Tungsten; Additive manufacturing;
Keywords: اجزای پلاسما مواجه می شوند; Lithium; Plasma facing components; Wetting; Contact angle
Keywords: اجزای پلاسما مواجه می شوند; HEIGHTS; Particle-in-cell; Tokamak disruption; Divertor erosion; Plasma facing components
Keywords: اجزای پلاسما مواجه می شوند; WEST; Divertor; Plasma facing components; X-point configuration; Actively-cooled
Effect of C-He simultaneous implantation on deuterium retention in damaged W by Fe implantation
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; Tungsten; Carbon; Helium; Hydrogen isotope retention;
Fabrication and characterization of W-Cu functionally graded material by spark plasma sintering process
Keywords: اجزای پلاسما مواجه می شوند; Functionally graded material; Mechanical properties; Spark plasma sintering; Structure; Plasma facing components;
Model-based real-time power flux estimator for the ITER first wall
Keywords: اجزای پلاسما مواجه می شوند; ITER; Plasma facing components; Real-time;
Wetting of liquid lithium on fusion-relevant materials microtextured by femtosecond laser exposure
Keywords: اجزای پلاسما مواجه می شوند; Femtosecond laser; Plasma facing components; Lithium; Ripples; Wettability;
Mechanical analysis of WEST divertor support plate
Keywords: اجزای پلاسما مواجه می شوند; WEST; Divertor; Plasma facing components; X-point configuration; Actively-cooled;
Effect of sequential Fe2+ â C+ implantation on deuterium retention in W
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; Tungsten; Carbon; Hydrogen isotope retention;
HELCZA-High heat flux test facility for testing ITER EU first wall components
Keywords: اجزای پلاسما مواجه می شوند; HELCZA; High heat flux; Electron beam testing; Test facility; Plasma facing components; First wall; Divertor;
Overview of the different processes of tungsten coating implemented into WEST tokamak
Keywords: اجزای پلاسما مواجه می شوند; Coatings; Plasma facing components; Tungsten;
Electromagnetic and structure analysis for EAST vacuum vessel with plasma facing components during VDE
Keywords: اجزای پلاسما مواجه می شوند; EAST; Vacuum vessel; Plasma facing components; VDE; Electromagnetic analysis; Mechanical analysis;
Assessment of erosion, deposition and fuel retention in the JET-ILW divertor from ion beam analysis data
Keywords: اجزای پلاسما مواجه می شوند; JET; ITER-like wall; Plasma facing components; Erosion; Deposition; Ion beam analysis;
Thermal-hydraulic behaviour of the DEMO divertor plasma facing components cooling circuit
Keywords: اجزای پلاسما مواجه می شوند; DEMO; Divertor; Plasma Facing Components; CFD analysis; Hydraulics;
Design and development of high pressure high temperature water circulation system for HHFTF
Keywords: اجزای پلاسما مواجه می شوند; Design; Development; Water cooling system; ITER; Plasma facing components; Heat flux;
Model-based optimization of the heat flux distribution of IR-heaters for high heat flux testing
Keywords: اجزای پلاسما مواجه می شوند; High heat flux; Plasma facing components; Blanket; First Wall; HELOKA;
Deuterium release from Li-D films exposed to atmospheric gases
Keywords: اجزای پلاسما مواجه می شوند; PFC; plasma facing components; TDS; thermal desorption spectroscopy; CPS; capillary porous system; QMB; quartz microbalance; QMS; quadrupole mass-spectrometer; Lithium; Deuterium retention; Co-deposition; Thermal desorption spectroscopy;
Fabrication and acceptance of ITER vertical target divertor full scale plasma facing units fabricated by HRP
Keywords: اجزای پلاسما مواجه می شوند; ITER; Divertor; Plasma facing components; In vessel components; Hot radial pressing; NDT; Dimensional check;
Thick tungsten layer coating on ferritic-martensitic steel without interlayer using a DC vacuum plasma spray and a RF low pressure plasma spray method
Keywords: اجزای پلاسما مواجه می شوند; Plasma spray coating; Plasma facing components; Thick tungsten coating;
Thermal-hydraulics modeling for prototype testing of the W7-X high heat flux scraper element
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; Monoblock; CFC; High heat flux;
Options for a high heat flux enabled helium cooled first wall for DEMO
Keywords: اجزای پلاسما مواجه می شوند; Plasma Facing Components; First Wall; Helium; Thermo-mechanics; Heat transfer enhancement; Design optimization;
Qualification test for ITER HCCR-TBS mockups with high heat flux test facility
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; Helium Cooled Ceramic Reflector; Test Blanket System; High heat flux test; Thermo-hydraulic analysis;
Be/W and W/Be bilayers deposited on Si substrates with hydrogenated Fe-Cr and Fe-Cr-Al interlayers for plasma facing components
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; Be/W and W/Be bilayers; Atomic interdiffusion; XPS; CEMS; GIXRD; XRR;
The high-heat-flux test facilities in the joint stock company “D.V. Efremov Institute of Electrophysical Apparatus”
Keywords: اجزای پلاسما مواجه می شوند; ITER; E-beam; HHF tests; Plasma facing components; Divertor; The first wall;
HRP facility for fabrication of ITER vertical target divertor full scale plasma facing units
Keywords: اجزای پلاسما مواجه می شوند; Divertor; Plasma facing components; ITER; Hot radial pressing; Dimensional check;
SIRHEX-A new experimental facility for high heat flux testing of plasma facing components
Keywords: اجزای پلاسما مواجه می شوند; High heat flux; Plasma facing components; Blanket; First Wall; HELOKA;
Metrology for WEST components design and integration optimization
Keywords: اجزای پلاسما مواجه می شوند; WEST; Metrology; Plasma facing components; Integration; Assembly; Software; Leica; Laser tracker;
Heat flux depositions on the WEST divertor and first wall components
Keywords: اجزای پلاسما مواجه می شوند; Heat flux; Plasma facing components; Simulation; Ripple effect;
Design and manufacturing of WEST Baffle
Keywords: اجزای پلاسما مواجه می شوند; WEST; Baffle; Plasma facing components; X-point configuration; Actively-cooled;
Bonding Interface of W–CuCrZr Explosively Welded Composite Plates for Plasma Facing Components
Keywords: اجزای پلاسما مواجه می شوند; Explosive welding; W–CuCrZr; Interfacial waveform; Plasma facing components; Bonding strength
Operational impact on the JET ITER-like wall in-vessel components
Keywords: اجزای پلاسما مواجه می شوند; Beryllium; Tungsten; Plasma facing components; JET
A method to produce lithium pellets for fueling and ELM pacing in NSTX-U
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; Plasma material interactions; Lithium; Liquid metal; Wood's metal; NSTX-U
The WEST project: Current status of the ITER-like tungsten divertor
Keywords: اجزای پلاسما مواجه می شوند; ITER; Tore Supra; WEST; Tungsten; Divertor; Plasma facing components
Thermal-hydraulic and thermo-mechanical design of plasma facing components for SST-1 tokamak
Keywords: اجزای پلاسما مواجه می شوند; Tokamak; Plasma facing components; Thermal-hydraulics; Thermo-mechanical; Cooling; Finite element; Finite difference; ANSYS;
Active laser pyrometry and lock-in thermography for characterisation of deposited layer on TEXTOR graphite tile
Keywords: اجزای پلاسما مواجه می شوند; Tokamak graphite; Plasma facing components; Deposited carbon layer; Layer characterization; Active laser pyrometry; Lock-in thermography;
Lessons learned from the design and fabrication of the baffles and heat shields of Wendelstein 7-X
Keywords: اجزای پلاسما مواجه می شوند; W7-X; Plasma facing components; Design analysis; Manufacturing;
R&D activities for the design of the MITICA Plasma Driver Plate manufacturing process via explosion bonding technique
Keywords: اجزای پلاسما مواجه می شوند; Explosion bonding; Molybdenum; Plasma facing components;
Effect of stationary high heat flux and transient ELMs-like heat loads on the divertor PFCs
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; Carbon fiber composite; Tungsten; ELMs; Thermal fatigue;
Design optimization of plasma facing component with functional gradient material Cu/W interlayer
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; Functional gradient material; Tungsten; Finite element modeling;
Thermo-mechanical analysis of Wendelstein 7-X plasma facing components
Keywords: اجزای پلاسما مواجه می شوند; Wendelstein; Thermo-mechanical; W7-X; Plasma facing components;
Non-destructive examination of the bonding interface in DEMO divertor fingers
Keywords: اجزای پلاسما مواجه می شوند; Plasma facing components; DEMO; Divertor; Non-destructive examination;
Design and analysis of the W7-X divertor scraper element
Keywords: اجزای پلاسما مواجه می شوند; Divertor; High heat flux; Stellarator; Computational fluid dynamics; Plasma facing components;