Keywords: آسیب تابشی; Radiation damage; Microstructure; Instabilities; Phase field;
مقالات ISI آسیب تابشی (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: آسیب تابشی; Molecular dynamics; Radiation damage; Debris; Nanoimpact;
Keywords: آسیب تابشی; Bipolar junction transistor; Electron; Heavy ion; Interface traps; Minority lifetime; Radiation damage;
Keywords: آسیب تابشی; Prismatic dislocation loop; Vacancy clusters; Radiation damage; Molecular statics; Tungsten;
Keywords: آسیب تابشی; Titanium alloy; Proton beam; Radiation damage; Target; Beam window;
Keywords: آسیب تابشی; Thermal conductivity; Insulation; Nuclear radiation; Superconducting magnet; Radiation damage; Bismaleimide-triazine resin;
Keywords: آسیب تابشی; Radiation damage; Atom probe; Scanning transmission electron microscopy; Multivariate statistical analysis; Transmission Kikuchi diffraction;
Keywords: آسیب تابشی; Polymer degradation; Heavy ion irradiation; Radiation damage; Thermal polymer degradation;
Keywords: آسیب تابشی; Neutron radiation; Neutron fluence; Radiation damage; Scintillator; Polystyrene;
Keywords: آسیب تابشی; Micro mechanical testing; Nuclear materials; Mechanical properties; Radiation damage; Small scale mechanical properties;
Keywords: آسیب تابشی; Radiation damage; Two temperature model; Molecular dynamics; Electronic effects; Laser irradiation; Swift heavy ions;
Keywords: آسیب تابشی; Silicon detectors; Radiation damage; Shockley-Reed-Hall statistics; Point defects; Cluster defects; Defect diffusion;
Keywords: آسیب تابشی; Silicon detectors; Full depletion voltage; Radiation damage; Signal multiplication;
Keywords: آسیب تابشی; Radiation damage; Phase field method; Computational nuclear materials;
Keywords: آسیب تابشی; Mesoporous; Radiation; Borosilicate; Irradiation; Radiation damage; Thin films;
Keywords: آسیب تابشی; Reactions; Kinetics; Long time scales; Radiation damage;
Keywords: آسیب تابشی; Radiation damage; Silicate minerals; Molecular dynamics; Swelling; Concrete;
Keywords: آسیب تابشی; Radiation damage; Surface; Segregation; Annihilation; Tungsten;
Keywords: آسیب تابشی; Radiation damage; Cluster dynamics modeling; Design of computer experiments; Statistical analysis; Reduced-order model;
Keywords: آسیب تابشی; Glassy carbon; Ion bombardment; Radiation damage; Diffusion; RBS; Raman spectroscopy; TEM; Densification;
Keywords: آسیب تابشی; Silicon detectors; Radiation damage; Charge multiplication; Acceptor removal;
Keywords: آسیب تابشی; Radiation damage; Structure material; Microstructure; Nickel-base alloy; Precipitate;
Keywords: آسیب تابشی; Cluster dynamics; Radiation damage;
Keywords: آسیب تابشی; Phase transformations; Martensite; Zirconium alloys; Omega phase; Order-disorder; Radiation damage;
Keywords: آسیب تابشی; Radiation damage; Electro-migration; Ionic materials; Computer modeling;
Keywords: آسیب تابشی; Scanning transmission electron microscopy; Transmission electron microscopy; Electron-beam induced charging; Thin film; Phase plate; Radiation damage; Hole-free phase plate; Volta phase plate;
Keywords: آسیب تابشی; Ion implantation; Phase transformation; Inert gas bubble; Radiation damage;
Keywords: آسیب تابشی; Nano-porous; Self-healing; Surface; Radiation damage; Point defects;
Keywords: آسیب تابشی; X-Ray; Electron; Thick specimen; Radiation damage;
Keywords: آسیب تابشی; BCC; body-centered cubic; CG; coarse-grained; CTB; coherent twin boundary; DDZ; defect denuded zone; dpa; displacements-per-atom; ECAP; equal channel angular pressing; FCC; face-centered cubic; GB; grain boundary; HCP; hexagonal close-packed; HRTEM; high-
Keywords: آسیب تابشی; Prismatic dislocation loop; Image force; Radiation damage; Molecular statics; Tungsten;
Keywords: آسیب تابشی; Mechanical properties; Radiation damage; Defects; Boundary perturbation;
Keywords: آسیب تابشی; Fusion neutron environment; Radiation damage; Transmutation;
Keywords: آسیب تابشی; Silicon sensors; Radiation damage; TCAD simulations; Oxide charges; Border traps; Interface traps;
Keywords: آسیب تابشی; Radiation damage; Atomic displacements; Neutron resonance;
Keywords: آسیب تابشی; Radiation damage; Displacement energy; Molecular dynamics;
Keywords: آسیب تابشی; Tungsten; Threshold displacement energy; Molecular dynamics calculation; Plasma facing components; Radiation damage;
Keywords: آسیب تابشی; Double-sided silicon strip detector (DSSD, DSSSD); Radiation damage; Charge loss; Calibration method;
Keywords: آسیب تابشی; Grand Canyon; thermochronometry; radiation damage; LA-ICP-MS;
Keywords: آسیب تابشی; Ion irradiation; Mesoporous silica; Thin film; Radiation damage; Pore collapse;
Keywords: آسیب تابشی; apatite; radiation damage; annealing; helium; diffusion kinetics; thermochronometry;
Keywords: آسیب تابشی; Ion irradiation; Radiation damage; Reactors;
Keywords: آسیب تابشی; Depleted uranium; Toxicity; Radiation damage; Balkan conflicts; Environmental damage; Health effects;
Keywords: آسیب تابشی; Tungsten; Irradiation; Fusion; Radiation damage; In situ TEM;
Keywords: آسیب تابشی; (U-Th)/He thermochronology; Titanite; Radiation damage; Zircon; Kaapvaal craton;
Keywords: آسیب تابشی; Zircon (U-Th)/He thermochronology; Radiation damage;
Keywords: آسیب تابشی; Radiation damage; Bubble resolution; Interstitial loops; Helium effects; Molecular dynamics simulation;
Keywords: آسیب تابشی; Silicon detectors; Low gain APD; LGAD; Charge multiplication; Radiation damage;
Keywords: آسیب تابشی; Hole-free phase plate; Volta phase plate; Radiation damage; Electron beam induced charging; Thon rings; Fresnel images;
Keywords: آسیب تابشی; X-ray techniques; Structural; Optical materials and properties; Dielectrics; Thermal analysis; Radiation damage