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The symbol size characterizes the line intensity: bigger points correspond to more intense lines.
The spectroscopic method is based on absolute line intensity measurement and Abel inversion.
Excitation conditions are investigated from the relative line intensity of Fe and N+ lines.
During measuring the electron temperature, the emission line of N element was observed and the line intensity method was used.
In robust axially viewed ICPs, a single internal standard can compensate for ionic line intensity suppression due to Na.
The emission spectra were recorded and plasma temperature profile versus processing time was constructed using line intensity ratios method.
The line intensity and the line width of the EPR signals were decreased and increased, respectively, upon exposure to oxygen.
The Stark broadening method was used to get the electron density and the electron temperature was measured by line intensity method.
The reference temperature for line intensity is 296 K and the intensity cutoff is 10−25 cm−1/molecule cm−2 at 1000 K.
The line intensity ratios obtained were compared with those available in the literature, and with values calculated on the basis of available transition probabilities.
The optimization was performed for minimizing the focal spot size and maximizing the centre line intensity at the detector position for an atom beam simultaneously.
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