Kinetics of the OH radical formation in pulse radiolysis of Ar–H2O gaseous mixtures

Jówko, A.; Wnorowski, K.; Kowalczyk, J.; Wojciechowski, Krzysztof

doi:10.1016/s0969-806x(00)00429-1

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Ar/h 2 O/n 2 As Additional Gas1

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2012

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“…For OH distribution, the X axis region extended because the injection of Ar change the discharge to filamentary. [12] So the injection of Ar was good for OH generation and it could extend the OH distribution region. However, too much Ar would lead breakdown easily.…”

Section: Ar/h 2 O/n 2 As Additional Gasmentioning

confidence: 99%

Spectroscopic Investigation on OH (A-X) Emission in a Corona Radical Shower System for Purifying Flue Gas from Energy Material Burning

Lü

2012

AMR

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There are lots of gaseous pollutants in the flue gas from energy material burning, which could be oxidized by OH radical. The experimental investigation on OH (A2+ X2 ) emission in a corona radical shower system was reported in this work. OH distribution and production in the system were investigated under different additional gases. Depending on the selection of Ar or O2 as the additional gas, OH (A) radical generation was observed to be significantly enhanced or suppressed, respectively, in terms of emission intensity, and H2O content in the additional gas could effect OH generation obviously.

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Section: Ar/h 2 O/n 2 As Additional Gasmentioning

confidence: 99%