Keywords: یون بسیار شارژ; Graphene; Highly charged ion; Raman spectroscopy;
مقالات ISI یون بسیار شارژ (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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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: یون بسیار شارژ; Graphene; Highly charged ion; Field-effect transistor; Transfer characteristic; Raman measurement;
Keywords: یون بسیار شارژ; Graphene; Highly charged ion; Highly oriented pyrolytic graphite (HOPG); Raman spectroscopy;
Keywords: یون بسیار شارژ; Swift heavy ion; Uranium ion; Highly charged ion; Surface morphology; X-ray diffraction
Keywords: یون بسیار شارژ; Highly charged ion; Electron beam ion source; SEM; XPS; HREELS;
Optical emission from the interaction of highly charged Xeq+ (6â¯â¤â¯qâ¯â¤â¯23) ions with GaAs surface
Keywords: یون بسیار شارژ; Highly charged ion; Ga II line; Photon yield; Potential energy;
Radiative lifetime measurements of 2P3/2 and 2P1/2 metastable levels in triply charged xenon using electrostatic ion beam trap
Keywords: یون بسیار شارژ; Electrostatic ion beam trap; Radiative lifetime; Highly charged ion; Metastable state; Electrostatic storage ring;
Visible light emission induced by Krq+ (4 â¤Â q â¤Â 9) ions colliding with the Cu surface
Keywords: یون بسیار شارژ; Highly charged ion; Visible light; Classical over-barrier model; Neutralization;
Dielectronic recombination experiments at the storage rings: From the present CSR to the future HIAF
Keywords: یون بسیار شارژ; Storage ring; Dielectronic recombination; Highly charged ion; Radioisotope; Precision spectroscopy;
Molecular-dynamics simulations of hillocks induced by highly-charged Arq+, Xeq+ ions impact on HOPG surface
Keywords: یون بسیار شارژ; Highly charged ion; Nanostructure; Molecular-dynamics;
Stark effect in resonant coherent excitation of 2s electron of Li-like Fe23+ ions channeling in a Si crystal
Keywords: یون بسیار شارژ; Channeling; Electronic excitation; Stark effect; Highly charged ion;
Evaluation of charge state of gas cluster ions by means of individual crater observations
Keywords: یون بسیار شارژ; Gas cluster ion; Charge state; Crater; Highly charged ion
Formation of monolayer graphene on a basal HOPG surface irradiated with Xe ions
Keywords: یون بسیار شارژ; Highly charged ion; Graphene; HOPG; Raman spectroscopy
Ultra-thin MoS2 irradiated with highly charged ions
Keywords: یون بسیار شارژ; Highly charged ion; MoS2; AFM; Nanostructures; Hillocks; Pits
Construction of a collisional radiative model of complex multiple charged ions for mid- to high-Z elements
Keywords: یون بسیار شارژ; Collisional radiative model; Atomic process; Highly charged ion; Tungsten;
Sample holder for studying temperature dependent particle guiding
Keywords: یون بسیار شارژ; Macrocapillary; Highly charged ion; Controlling of ion guiding;
Thermal spike analysis of highly charged ion tracks
Keywords: یون بسیار شارژ; Highly charged ion; Swift heavy ion; Ion track; Thermal spike model; Threshold
Guiding of argon ions through a tapered glass capillary
Keywords: یون بسیار شارژ; Ion guiding; Highly charged ion; Tapered macro-capillary
Guiding and blocking of highly charged ions through a single glass capillary
Keywords: یون بسیار شارژ; 34.35.+a; Highly charged ion; Capillary;
Transmission of 4.5 keV Ar9+Ar9+ ions through a single glass macro-capillary
Keywords: یون بسیار شارژ; 34.50.Dy; 34.50.FaMacro-capillary; Highly charged ion; Ion guiding
Ion beam lithography by using highly charged ion beam of Ar
Keywords: یون بسیار شارژ; Ion beam lithography; Highly charged ion; Nano-fabrication
Theoretical calculation of the transition spectra of highly charged tungsten ions in the EUV region
Keywords: یون بسیار شارژ; Tungsten spectra; Highly charged ion; Transition probability; Relativistic atomic calculation;
Surface erosion and modification by energetic ions
Keywords: یون بسیار شارژ; Molecular dynamics; Gas cluster ion beam; Highly charged ion; Coulomb explosion; Sputtering; Shock wave; Tungsten
Collision induced fragmentation of free sulfur clusters
Keywords: یون بسیار شارژ; Fragmentation; Highly charged ion; Fission; Sulfur cluster
Towards high-accuracy mass spectrometry of highly charged short-lived ions at ISOLTRAP
Keywords: یون بسیار شارژ; Penning trap; Highly charged ion; Precision mass spectrometry;
Some characteristics in the interaction of slow highly charged Iq+ ions with a Si(1 1 1) 1 Ã 1-H surface
Keywords: یون بسیار شارژ; Highly charged ion; HCI; SIMS; Potential sputtering;
Material dependence of total electron emission yields following slow highly charged ion impact
Keywords: یون بسیار شارژ; 07.77.K; 79.20.H; Highly charged ion; Electron emission;
Plans for laser spectroscopy of trapped cold hydrogen-like HCI
Keywords: یون بسیار شارژ; 32.30.Jc; 12.20.Fv; 21.10.Ky; Highly charged ion; Hyperfine splitting; Laser spectroscopy;
Near-site far-site charge asymmetry in diatomic Coulomb fragmentation with slow highly charged ions
Keywords: یون بسیار شارژ; 34.70.+e; 34.50.Gb; Highly charged ion; Multiple electron transfer; Charge asymmetric Coulomb fragmentation; Three-center Coulombic over-barrier model;
Fragmentation of adenine induced by collision with slow F2+ions
Keywords: یون بسیار شارژ; 87.14.âg; 87.14.Gg; 34.70.+e; 34.50.Gb; 82.30.Fi; Biomolecules; DNA base; Fragmentation; Collision; Electron; Highly charged ion;
In and ex situ optical spectroscopy of HCI-bombarded solid surfaces
Keywords: یون بسیار شارژ; 79.20.Rf; 61.80.Jh; Highly charged ion; HCI; Graphite; HOPG; Raman spectrum;
Secondary ion emission from solid surfaces irradiated with highly charged ions
Keywords: یون بسیار شارژ; 36.40c; 61.46+w; 79.20Rf; Highly charged ion; HCI; SIMS; Potential sputtering;
Fragmentation of H2O molecules following interaction with slow He2+ ions
Keywords: یون بسیار شارژ; 34.50.âs; 34.60.+z; 34.70.+e; Highly charged ion; Molecule; Fragmentation; Screening; Absolute cross sections;
Nanoscale modification of electronic states of HOPG by the single impact of HCI
Keywords: یون بسیار شارژ; Highly charged ion; Graphite; Diamond; Electronic states;