We investigated here temperature dependence of Stark widths for neutral atom spectral lines in order to find a more precise method for scaling with temperature than sometimes used dependence T-1/2, which is often inadequate particularly for Stark broadening of neutral emitter lines. We found here an analytical scaling with temperature within simplified semiclassical approaches of Freudenstein and Cooper and Dimitrijević and Konjević. For analysis of the temperature dependence, lines of HeI were used
Doppler or Stark line broadening effects are generally used to determinate plasma temperature. These...
Context. We studied the Stark broadening of the He I 492.2 nm line, which is sometimes use...
Aims.Our aims is to measure with good accuracy the Stark parameters (width and shift) of the He I 31...
International audienceThe aim of this work is to theoretically determine Stark broadening parameters...
Context. The Stark broadening of the spectral lines of the wavelengths 501.6, 667.8, 728.1, 388.9, 5...
Abstract. Stark widths of 32 OII spectral lines have been measured, for the rst time in 16 cases to ...
In thermal plasma spectroscopy, Stark broadening measurement of hydrogen spectral lines is considere...
Stark width of the 463.054 nm singly ionized nitrogen spectral line, that belong to transition, have...
Doppler or Stark line broadening effects are generally used to determinate plasma temperature. These...
Electric and magnetic fields cause splitting of energy levels in an atom. Transition of electrons am...
International audienceIn thermal plasma spectroscopy, Stark broadening measurement of hydrogen spect...
Context. Stark broadening of the 447.1 line of neutral helium in a weakly coupled plasma has been st...
International audienceThe Stark broadening parameters of Ne I 837.8 nm spectral line corresponding t...
Using a semiclassical approach, we have calculated electron-, proton-, and ionized helium-impact l...
Stark parameters (width and shift) of four doubly ionized nitrogen spectral lines, that belong to 3s...
Doppler or Stark line broadening effects are generally used to determinate plasma temperature. These...
Context. We studied the Stark broadening of the He I 492.2 nm line, which is sometimes use...
Aims.Our aims is to measure with good accuracy the Stark parameters (width and shift) of the He I 31...
International audienceThe aim of this work is to theoretically determine Stark broadening parameters...
Context. The Stark broadening of the spectral lines of the wavelengths 501.6, 667.8, 728.1, 388.9, 5...
Abstract. Stark widths of 32 OII spectral lines have been measured, for the rst time in 16 cases to ...
In thermal plasma spectroscopy, Stark broadening measurement of hydrogen spectral lines is considere...
Stark width of the 463.054 nm singly ionized nitrogen spectral line, that belong to transition, have...
Doppler or Stark line broadening effects are generally used to determinate plasma temperature. These...
Electric and magnetic fields cause splitting of energy levels in an atom. Transition of electrons am...
International audienceIn thermal plasma spectroscopy, Stark broadening measurement of hydrogen spect...
Context. Stark broadening of the 447.1 line of neutral helium in a weakly coupled plasma has been st...
International audienceThe Stark broadening parameters of Ne I 837.8 nm spectral line corresponding t...
Using a semiclassical approach, we have calculated electron-, proton-, and ionized helium-impact l...
Stark parameters (width and shift) of four doubly ionized nitrogen spectral lines, that belong to 3s...
Doppler or Stark line broadening effects are generally used to determinate plasma temperature. These...
Context. We studied the Stark broadening of the He I 492.2 nm line, which is sometimes use...
Aims.Our aims is to measure with good accuracy the Stark parameters (width and shift) of the He I 31...