

Author: Pointu A M Stancu G D
Publisher: IOP Publishing
ISSN: 0963-0252
Source: Plasma Sources Science and Technology, Vol.20, Iss.2, 2011-04, pp. : 25005-25015
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Abstract
The kinetic mechanisms of creation and loss of transported species in a flowing afterglow apparatus at atmospheric pressure were studied by optical emission spectroscopy over some tens of cm. The feeding gas was nitrogen containing up to 12.5 ppm of NO flowing at 1333 cm s−1 in an afterglow tube of 8 mm diameter. The absolute concentration dependences versus axial distance were measured for four excited species: O(1S), N(2P), N2(
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