Keywords: سنسور حرارتی; Rate theory; Ion irradiation; Zirconium carbide; Thermal spike; Athermal;
مقالات ISI سنسور حرارتی (ترجمه نشده)
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Keywords: سنسور حرارتی; Copper-graphene nanocomposite; Graphene layers; Radiation resistance; Thermal spike; Molecular dynamics;
Keywords: سنسور حرارتی; Swift heavy ion; Thermal spike; Spike temperature; Tracks;
Keywords: سنسور حرارتی; Ion bombardment; Sputtering; Nanoparticle; Multicharged ion; Interface; Thermal spike; Two-temperature phenomenology
Keywords: سنسور حرارتی; Irradiation; Cascade; Thermal spike; Molecular dynamics; Uranium dioxide
Keywords: سنسور حرارتی; Swift heavy ions; Germanium; Inelastic; Thermal spike; Radiation damage; Molecular dynamics;
Local heating induced by single MeV C60 ion impacts
Keywords: سنسور حرارتی; Thermal spike; C60; Temperature measurement; Amorphous silicon nitride; Amorphous silicon oxide;
Swift heavy ions induced nano-grain fragmentation in fluoride thin films
Keywords: سنسور حرارتی; Nanograin fragmentation; Thin films; Swift heavy ions; Track radius; Thermal spike; Fluoride;
The mechanism of solute-enriched clusters formation in neutron-irradiated pressure vessel steels: The case of Fe-Cu model alloys
Keywords: سنسور حرارتی; Solute-enriched clusters; Thermal spike; Solute-liquid interface; Solubility; Subcascade;
Monte Carlo study of radiation-induced demagnetization using the two-dimensional Ising model
Keywords: سنسور حرارتی; Monte Carlo; Ising model; Radiation; Magnetization reversal; Thermal spike;
An empirical equation between track radii and melting temperatures and its consequences for insulators irradiated by swift heavy ions
Keywords: سنسور حرارتی; Swift heavy ion; Track; Thermal spike; Velocity effect
Molecular Dynamics simulations of track formation at different ensembles
Keywords: سنسور حرارتی; Zircon; Molecular Dynamics; Fission track; Annealing; Thermal spike
Effect of doping on the radiation response of conductive Nb-SrTiO3
Keywords: سنسور حرارتی; Track formation; Amorphization; SrTiO3; Non-thermal process; Thermal spike; Conductivity;
About the temperature distribution in track forming insulators after the impact of swift heavy ions
Keywords: سنسور حرارتی; Insulators; Swift ions; Thermal spike; Tracks; Ion energy
FIB fabrication and irradiation test of stencil masks for heavy-ion patterned implantation for plasmonic application
Keywords: سنسور حرارتی; Si stencil mask; Focused ion beam; Ion beam irradiation; Thermal spike; Ion implantation; Plasmon resonance
Damage in crystalline silicon by swift heavy ion irradiation
Keywords: سنسور حرارتی; Swift heavy ions; Silicon; Thermal spike; Two-temperature model
Titanium film deposition by high-power impulse magnetron sputtering: Influence of pulse duration
Keywords: سنسور حرارتی; HIPIMS; HPPMS; High-power glow; Glow; Magnetron; Deposition rate; Thermal spike; Target temperature
Atomistic simulations of diamond-like carbon growth
Keywords: سنسور حرارتی; Molecular dynamics; Diamond-like carbon; Amorphous carbon; Subplantation; Thermal spike; Surface roughening;
Mixing of Cr and Si atoms induced by noble gas ions irradiation of Cr/Si bilayers
Keywords: سنسور حرارتی; Ion beam mixing; Chromium; Mixing rate; Thermal spike; RBS
Effect of swift heavy ion irradiation on bismuth doped BaS nanostructures
Keywords: سنسور حرارتی; Swift heavy ion; Defects; Thermal spike
Thermal spike analysis of ion-induced tracks in semiconductors
Keywords: سنسور حرارتی; Swift ions; Tracks; Thermal spike; Semiconductors; Velocity effect; Coulomb explosion
Development and irradiation performance of stencil masks for heavy-ion patterned implantation
Keywords: سنسور حرارتی; Si stencil mask; Electron beam lithography; Plasma deep etching; Ion beam irradiation; Thermal spike; Ion implantation
Can swift heavy ions create latent tracks in silicon?
Keywords: سنسور حرارتی; Latent track; Heavy ion; Thermal spike; Silicon; Non-thermal process
Effect of defect accumulation on ion-beam damage morphology by electronic excitation in lithium niobate: A MonteCarlo approach
Keywords: سنسور حرارتی; Damage; Excitons; Ion-beams; Thermal spike; Rutherford backscattering channeling; Amorphization threshold; MonteCarlo simulations
Influence of temperature during irradiation on the structure of latent track in polycarbonate
Keywords: سنسور حرارتی; Swift heavy ions; Latent tracks; Etching; Polycarbonate; Energy loss; Nanopore; Thermal spike
Assessment of swift-ion damage by RBS/C: Determination of the amorphization threshold
Keywords: سنسور حرارتی; 61.80.Az; 61.80.Jh; 79.20.Rf; 34.50.Fa; Damage; Excitons; Ion-beams; Thermal spike; RBS/C; Channeling; Amorphization threshold;
Shape deformation of embedded metal nanoparticles by swift heavy ion irradiation
Keywords: سنسور حرارتی; 78.67.Bf; 61.80.−x; 65.80.+n; 79.20.RfNanoparticles; Electronic excitations; Swift heavy ions; Shape deformation; TEM; Thermal spike
Modifications of structural, optical and electrical properties of nanocrystalline bismuth sulphide by using swift heavy ions
Keywords: سنسور حرارتی; 73.61.J; 78.66; 61.80; 73.50.MAnnealing; Bismuth sulphide; Grain growth; SHI; Thermal spike; Thermoemf
Artifacts in the sputtering of inorganics by C60n+
Keywords: سنسور حرارتی; SIMS; Cluster ions; C60; Carbon deposition; Thermal spike; Topography;
Electronic-excitation versus nuclear collision damage by ion-beams in dielectric materials (LiNbO3)
Keywords: سنسور حرارتی; 61.80.Az; 61.80.Jh; 79.20.Rf; 34.50.FaDamage; Excitons; Ion beams; Nuclear collisions; Thermal spike
Thermal spike recrystallisation: Molecular dynamics simulation of radiation damage in polymorphs of titania
Keywords: سنسور حرارتی; 61.43.Bn; 61.80.Jh; 61.82.Ms; 68.37.LpTitania; Polymorph; Radiation damage; Molecular dynamics; Thermal spike
Are Archean lithospheric keels inverted?
Keywords: سنسور حرارتی; craton; granite; Archean; eclogite; thermal spike; lithosphere inversion
Formation of nanoscale metallic structures on cupric nitride thin film surface by the impact of 200 MeV Au15+ ions
Keywords: سنسور حرارتی; 61.82.Rx; 67.70.+n; 68.37.Ps; 68.60.Dv; 68.43.MnNanometallic structures; ERDA; Electronic sputtering; AFM; CAFM; Thermal spike
Modification of nanostructures by high-energy ion beams
Keywords: سنسور حرارتی; 61.80.Jh; 62.20.FeAnisotropic deformation; Ion irradiation; SiO2; Thermal spike
Surface defects created by 20Â keV Xe ion irradiation of Ge(1Â 1Â 1)
Keywords: سنسور حرارتی; Surface crater; Thermal spike; Viscous flow; Vacancy; Adatom;
Ion-velocity dependence of high-density electronic excitation effects in oxide superconductors
Keywords: سنسور حرارتی; 61.80.Jh; Ion-irradiation; Electronic excitation effect; Oxide superconductor; Coulomb explosion; Thermal spike;
Universal scaling for biomolecule desorption induced by swift heavy ions
Keywords: سنسور حرارتی; 68.49.Sf; 61.80.Az; 82.80.Rt; 87.50.Gi; Electronic sputtering; Leucine; Thermal spike; Thermal activation; SiO2;