Keywords: مدل سنسور حرارتی; Ion track structure; Monte Carlo calculations; Thermal spike model; Electron-phonon coupling;
مقالات ISI مدل سنسور حرارتی (ترجمه نشده)
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Keywords: مدل سنسور حرارتی; Graphene oxide; Swift heavy ion; Disorder parameter; Thermal spike model; Electronic energy loss; Nuclear energy loss;
Keywords: مدل سنسور حرارتی; Swift heavy ion; Thin films; Point defects; Latent track; Thermal spike model;
Keywords: مدل سنسور حرارتی; Ion induced dewetting; Ion induced surface nanostructuring; Thermal spike model; Viscous flow; Surface enhanced Raman Scattering (SERS); Localized surface plasmon (LSP) excitation;
Keywords: مدل سنسور حرارتی; Indium oxide nanoparticles (IONPs); Energetic ions; Thermal spike model; Thermo-elastic effects
Keywords: مدل سنسور حرارتی; Irradiation effects; Electronic/nuclear energy loss; Two-temperature model; Thermal spike model; Ion annealing; Synergistic effects;
Keywords: مدل سنسور حرارتی; Electronic sputtering; Thermal spike model; Lithium Fluoride; ERDA;
Cumulative approaches to track formation under swift heavy ion (SHI) irradiation: Phenomenological correlation with formation energies of Frenkel pairs
Keywords: مدل سنسور حرارتی; Radiation-induced damage mechanisms; Ion-solid interaction; Radiation-induced point defects; Frenkel pair formation energies; Order to disorder microstructure phase transformation; Swift heavy ion irradiation; Ion track formation; Electronic stopping powe
Etching of latent tracks in amorphous SiO2 and Si3N4: Simulation and experiment
Keywords: مدل سنسور حرارتی; SiO2/Si; Si3N4/Si; Swift heavy ion; Thermal spike model; Latent track etching; Nanopores
Shaping of Au nanoparticles embedded in various layered structures by swift heavy ion beam irradiation
Keywords: مدل سنسور حرارتی; Metal nanoparticles; Ion beam irradiation; Thermal spike model; Silica matrix; Nitride matrix;
Thermal spike model interpretation of sputtering yield data for Bi thin films irradiated by MeV 84Kr15+ ions
Keywords: مدل سنسور حرارتی; Sputtering yields; Thermal spike model; Nuclear and electronic stopping powers; Electronic and lattice temperature profiles;
Modification of the microstructure and electronic properties of rutile TiO2 thin films with 79 MeV Br ion irradiation
Keywords: مدل سنسور حرارتی; Ion irradiation; TiO2 thin film; XRD; Thermal spike model
Swift heavy ion induced structural evolution in InP
Keywords: مدل سنسور حرارتی; Thermal spike model; Energy loss; Latent heat; Raman spectroscopy; c-RBS;
Structural and optical characterization of SiO2 under irradiation with swift heavy ions
Keywords: مدل سنسور حرارتی; Heavy ion irradiation; Color centers; Thermal spike model
Threshold and criterion for ion track etching in SiO2 layers grown on Si
Keywords: مدل سنسور حرارتی; SiO2/Si; Heavy swift ion; Latent track; Thermal spike model; Nanopores
Sputtering yield of amorphous 13C thin films under swift heavy-ion irradiation
Keywords: مدل سنسور حرارتی; Swift heavy ions; Electronic sputtering; Carbon film; Thermal spike model; Elastic recoil detection analysis;
Computer simulation of structural modifications induced by highly energetic ions in uranium dioxide
Keywords: مدل سنسور حرارتی; Computer simulation; High-energy-beam irradiation; Single-crystalline uranium dioxide; Molecular dynamics; Thermal spike model;
Evolution of microstructure and crack pattern in NiO thin films under 200 MeV Au ion irradiation
Keywords: مدل سنسور حرارتی; Ion irradiation; Nanoparticles; Electronic excitation; Thermal spike model; NiO
PbTe formation by swift heavy ion beam induced interface mixing of Te/PbO bilayer
Keywords: مدل سنسور حرارتی; Thermoelectric material; Lead telluride; Ion beam mixing; Thermal spike model
Thermal spike analysis of highly charged ion tracks
Keywords: مدل سنسور حرارتی; Highly charged ion; Swift heavy ion; Ion track; Thermal spike model; Threshold
Kinetics of propagation of the lattice excitation in a swift heavy ion track
Keywords: مدل سنسور حرارتی; Swift heavy ions; Swift heavy ion tracks; Molecular dynamics; Thermal spike model; Thermalization; Heat diffusion;
Modelling the transient processes produced under heavy particle irradiation
Keywords: مدل سنسور حرارتی; Energy loss; Transient processes; Thermal spike model; Ions; Semiconductors; Astroparticle applications
Transient processes induced by heavy projectiles in silicon
Keywords: مدل سنسور حرارتی; Semiconductors; Thermal spike model; Electron-phonon interaction; Cryogenic temperatures; Astroparticle applications;
Energetic cluster irradiation of InP
Keywords: مدل سنسور حرارتی; 81.05.Ea; 52.59.Fn; 61.80.Jh; 61.82.Fk; 68.37.LpCluster ions; Nano-track; Semiconductors; TEM; Thermal spike model
Effect of high electronic excitation in swift heavy ion irradiated semiconductors
Keywords: مدل سنسور حرارتی; 61.80.Jh; 61.82.Fk; 81.05.EaSemiconductors; Swift heavy ion irradiation; Radiation damage; Ion tracks; Thermal spike model
Computer simulation of high-energy-beam irradiation of single-crystalline silicon
Keywords: مدل سنسور حرارتی; 61.80.Az; 68.03.Hj; 44.05.+eComputer simulation; High-energy-beam irradiation; Single-crystalline silicon; Molecular dynamics; Thermal spike model; Thermal dissipation
Swift heavy ion induced mixing in Fe/Ni multilayer
Keywords: مدل سنسور حرارتی; 81.40.Wx; 73.61.At; 75.50.Bb; 66.10.CbSwift heavy ion; Mixing; Thermal spike model; Interdiffusion
Comparison between theoretical model and experimental calibrations and its inference for track formation in bubble detectors
Keywords: مدل سنسور حرارتی; Bubble detector; Superheated drop detector; Theoretical model for track formation; Heavy ion calibration; Thermal spike model;