Sadeghi, N., Foissac, C. and Supiot, P. (2001) Kinetics of N₂(A) Molecules and Ionization Mechanisms in the Afterglow of a Flowing N₂ Microwave Discharge. Journal of Physics D: Applied Physics, 34, 1779-1788. http://dx.doi.org/10.1088/0022-3727/34/12/304

has been cited by the following article:

• TITLE: Determination of N and O-Atoms, of N2(A) and N2(X, v > 13) Metastable Molecules and N2+ Ion Densities in the Afterglows of Ar-N2 Microwave Discharges

  AUTHORS: Andre Ricard, Hayat Zerrouki, Jean-Philippe Sarrette

  KEYWORDS: Ar-N2 Microwave Discharge, Flowing Afterglow, N-Atoms, N2 Metastables, N2+ Ions

  JOURNAL NAME: Journal of Analytical Sciences, Methods and Instrumentation, Vol.5 No.4, December 17, 2015

  ABSTRACT: Early afterglows of Ar-N2 flowing microwave discharges are characterized by optical emission spectroscopy. The N and O atoms, the N2(A) and N2(X, v > 13) metastable molecules and N2+ ion densities are determined by optical emission spectroscopy after calibration by NO titration for N and O-atoms and measurements of NO and N2 band intensities. For an Ar-xN2 gas mixture with × increasing from 2 to 100% at 4 Torr, 100 Watt and an afterglow time of 3 × 10- 3 s at the 5 liter reactor inlet, it is found densities in the ranges of (2 - 6) × 1014 cm- 3 for N-atoms, one order of magnitude lower for N2(X, v > 13) and for O-atoms (coming from air impurity), of 1010 - 1011 cm- 3 for N2(A) and of 108 - 109 cm- 3 for N2+.