Keywords: گسترش گسترده; Stark broadening; Electron broadening; Plasma; Neutral helium;
مقالات ISI گسترش گسترده (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: گسترش گسترده; Atomic data; Line profiles; Plasma; Stark broadening; Opacity; Abudances;
Keywords: گسترش گسترده; Stark broadening;
Stark width and shift for electron number density diagnostics of low temperature plasma: Application to silicon Laser Induced Breakdown Spectroscopy
Keywords: گسترش گسترده; Laser induced plasma spectroscopy; Spectroscopic plasma diagnostics; Stark broadening; Electron number density; Spectral line shapes and intensities;
Keywords: گسترش گسترده; Stark broadening; Electron line widths;
Keywords: گسترش گسترده; Stark broadening; Spectra simulation; Hydrogen; Calcium; LIBS
Keywords: گسترش گسترده; Stark broadening;
Keywords: گسترش گسترده; Stochastic process; Stark broadening; Line shape; Atomic population; Turbulence
Keywords: گسترش گسترده; Lightning spectra; Channel temperature; Saha equation; Stark broadening
The effect of power supply parameters on spectral lines in atmospheric pressure plasma jets (APPJs) using the He Stark broadening in optical emission spectroscopy
Keywords: گسترش گسترده; 00-01; 99-00; Stark broadening; Plasma jet; Optical emission spectroscopy; Plasma diagnostic;
Report on the third SLSP code comparison workshop
Keywords: گسترش گسترده; Spectral line shapes; Stark broadening; Zeeman effect; Numerical methods; Computer simulations;
Laser plasma diagnostics and self-absorption measurements of the Hβ Balmer series line
Keywords: گسترش گسترده; Laser plasma; Stark broadening; Hydrogen; Electron density;
The discharge for plasma Stark shift measurement and results for He I 706.522 nm line
Keywords: گسترش گسترده; Optical emission spectroscopy; Stark broadening; Helium; Plasma sources; Electron number density;
Spectroscopic measurements of the electron number density, electron temperature and OH(A) rotational distribution in a liquid electrode dielectric barrier discharge
Keywords: گسترش گسترده; Liquid electrode dielectric barrier discharge; Stark broadening; Electron density; Electron temperature; OH rotational distribution
Hydrogen Balmer beta: The separation between line peaks for plasma electron density diagnostics and self-absorption test
Keywords: گسترش گسترده; Optical emission spectroscopy; Stark broadening; Hydrogen; Plasma diagnostics; Electron number density;
Determination of magnetic fields based on the Zeeman effect in regimes inaccessible by Zeeman-splitting spectroscopy
Keywords: گسترش گسترده; Magnetic-field determination; Zeeman spectroscopy; Stark broadening
Measurement of Stark broadening parameters of Fe II and Ni II spectral lines by laser induced breakdown spectroscopy using fused glass samples
Keywords: گسترش گسترده; Stark broadening; Laser induced breakdown spectroscopy; Fe II; Ni II; Fused glass;
Stark broadening measurement of Al II lines in a laser-induced plasma
Keywords: گسترش گسترده; Laser induced plasma; Spectroscopic plasma diagnostic; Stark broadening; Non-hydrogenic spectral lines; Aluminum;
Neutral lithium spectral line 460.28 nm with forbidden component for low temperature plasma diagnostics of laser-induced plasma
Keywords: گسترش گسترده; Laser induced plasma; Spectroscopic plasma diagnostic; Stark broadening; Line with forbidden component; Lithium
Spectroscopic study of a lead plasma produced by the 1064Â nm, 532Â nm and 355Â nm of a Nd:YAG laser
Keywords: گسترش گسترده; Laser induced breakdown spectroscopy; Lead plasma; Stark broadening;
Measurement of Stark widths of Ni II spectral lines by laser induced breakdown spectroscopy
Keywords: گسترش گسترده; Stark broadening; Stark width; Laser induced breakdown spectroscopy; Ni II;
LIBS analysis of artificial calcified tissues matrices
Keywords: گسترش گسترده; UV-LIBS; Calibration; Stark broadening; Bone ash; Hydroxyapatite;
Stark broadening of the He I 492.2 nm line with forbidden components in dense low-temperature plasma
Keywords: گسترش گسترده; Optical emission spectroscopy; Stark broadening; Helium; Plasma diagnostics; Electron number density;
Stark widths and shifts of Ar II spectral lines in visible part of spectrum
Keywords: گسترش گسترده; Plasma diagnostics; Stark broadening; Spectral line shapes; Argon spectral lines;
Collision operators for Stark line shapes: When does the unified theory fail?
Keywords: گسترش گسترده; Line shapes; Stark broadening
The effect of improved satellite line shapes on the argon Heβ spectral feature
Keywords: گسترش گسترده; Spectral line shapes; Stark broadening; Radiative properties; ICF diagnostics;
Review of the 1st Spectral Line Shapes in Plasmas code comparison workshop
Keywords: گسترش گسترده; Spectral line shapes; Stark broadening; Zeeman effect; Numerical methods; Computer simulations
Efficient algorithms for Stark–Zeeman spectral line shape calculations
Keywords: گسترش گسترده; Stark broadening; Magnetic field; Spectral lines; Ion dynamics
Implementation of the Frequency Separation Technique in general lineshape codes
Keywords: گسترش گسترده; Stark broadening; Ion dynamics; Frequency Separation Technique
Efficient algorithms for stochastic Stark-profile calculations
Keywords: گسترش گسترده; Stark broadening; Spectral lines; Ion dynamics
Stark broadening of Mg I and Mg II spectral lines and Debye shielding effect in laser induced plasma
Keywords: گسترش گسترده; Laser induced plasma; Spectroscopic plasma diagnostic; Stark broadening; Non hydrogenic spectral lines; Magnesium
Electron impact broadening of Si IV spectral lines: Comparison with recent experiments
Keywords: گسترش گسترده; Line widths; Stark broadening; Atomic processes; Electron collisions;
Hβ Stark broadening in cold plasmas with low electron densities calibrated with Thomson scattering
Keywords: گسترش گسترده; Balmer Hβ; Stark broadening; Thomson scattering; Low electron density; Fine structure
Hydrogen Balmer lines for low electron number density plasma diagnostics
Keywords: گسترش گسترده; Spectroscopic plasma diagnostics; Spectral line shapes and intensities; Stark broadening; Hydrogen spectral lines; Electron number density
Spectroscopic observations of Fermi-degenerate aluminum compressed and heated to four times solid density and 20 eV
Keywords: گسترش گسترده; Warm dense matter; Inertial confinement fusion; Stark broadening; X-ray absorption spectroscopy
Measurement of excitation temperature and electron density in capillary Z-pinch argon plasma
Keywords: گسترش گسترده; Capillary discharge; Local thermodynamic equilibrium; Lorentz force; Optical emission spectroscopy; Stark broadening
Algorithm comparisons for Stark-profile calculations
Keywords: گسترش گسترده; Stark broadening; Line shapes
Determination of the local electron number density in laser-induced plasmas by Stark-broadened profiles of spectral lines: Comparative results from Hα, Fe I and Si II lines
Keywords: گسترش گسترده; Laser-induced breakdown spectroscopy; LIBS; Plasma characterization; Stark broadening
Robust algorithm for computing quasi-static stark broadening of spectral lines
Keywords: گسترش گسترده; Line shape; Stark broadening; Hessenberg
Stark broadening of the hydrogen Hγ spectral line at moderately low plasma electron densities
Keywords: گسترش گسترده; Hydrogen Balmer series lines; Stark broadening; Plasma diagnostics;
A simple line shape technique for electron number density diagnostics of helium and helium-seeded plasmas
Keywords: گسترش گسترده; Optical emission spectroscopy; Stark broadening; Plasma diagnostics; Electron number density; LIBS
The Lanczos method applied to quasi-static stark broadening of spectral lines
Keywords: گسترش گسترده; Line shape; Stark broadening; Lanczos method; Padé approximation;
Spectroscopic diagnostics of laser-induced plasmas
Keywords: گسترش گسترده; Spectroscopic plasma diagnostics; Non-hydrogenic spectral lines; Spectral line shape; Spectral line intensity; Stark broadening
Ab initio calculations of Stark broadening parameters
Keywords: گسترش گسترده; Stark broadening; Ab initio calculations; Atomic processes; Line profiles; Atomic data
The project of Serbian Virtual Observatory and data for stellar atmosphere modeling
Keywords: گسترش گسترده; Virtual Observatory; Databases; Stars: evolution; Stark broadening; Atomic data;
Spectral line shapes modeling in laboratory and astrophysical plasmas
Keywords: گسترش گسترده; Stark broadening; Zeeman effect; Doppler broadening; Turbulence
Stark broadening of spectral lines in chemically peculiar stars: Te I lines and recent calculations for trace elements
Keywords: گسترش گسترده; 32.70.Jz; 95.30.Ky; 97.10.Ex; Stark broadening; Line profiles; Atomic data; Stellar atmospheres; Te I; Cr II;
Scaling of hydrogen electron stark widths at high densities and theInglis–Teller limit
Keywords: گسترش گسترده; Stark broadening; Penetrating collisions
Excitation temperature and electron number density behavior of atmospheric pressure D.C. argon plasma jet during spheroidization of nickel
Keywords: گسترش گسترده; Plasma jet; Spheroidization; Excitation temperature; Electron number; Density; Stark broadening
Optical emission spectroscopic studies on laser ablated TiO2 plasma
Keywords: گسترش گسترده; 32.30.Jc; 32.70.Jz; Optical emission spectroscopy; Laser produced plasma; Stark broadening; Titanium oxide; Pulsed laser ablation;