Investigation of the neon 2p collisional excitation transfer processes via CW laser collisionally induced fluorescence
Author:
Publisher
IOP Publishing
Subject
Condensed Matter Physics,Atomic and Molecular Physics, and Optics
Reference21 articles.
1. Ultrahigh frequency versus inductively coupled chlorine plasmas: Comparisons of Cl and Cl2 concentrations and electron temperatures measured by trace rare gases optical emission spectroscopy
2. Model for cw laser collisionally induced fluorescence in low-temperature discharges
3. Rigorous theoretical analysis of the continuous wave optogalvanic effect in the neon positive column
4. The application of CW laser collisionally induced fluorescence modelling to determine neon excited-state electron collisional rate coefficients
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1. 2D laser-collision induced fluorescence in low-pressure argon discharges;Plasma Sources Science and Technology;2015-09-25
2. Energy Transfer Kinetics of the np5(n + 1)p Excited States of Ne and Kr;The Journal of Physical Chemistry A;2011-06-13
3. Energy transfer kinetics of the np5(n+1)p excited states of Ne and Kr;SPIE Proceedings;2011-02-10
4. Validation of atomic data using a plasma discharge;New Journal of Physics;2010-07-21
5. Complementary optical diagnostic modelling of the argon positive column;Journal of Physics D: Applied Physics;2002-07-02
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