N2(B3IIg) Quenching by Ethanol

Musa, G.; Bîrna, I.

doi:10.1002/ctpp.19820220112

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1986

1991

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“…For esample, using very gross approximations for the equation, an estimation of the upper limit of the quenching coefficients of the NO(AzZ) state, v' = 0,l levels by the 0, molecules was performed [20].…”

Section: Applications Discussionmentioning

confidence: 99%

Spectral and Electrical Properties of a Medium Pressure, Low‐Power, RF‐Generated Postdischarge Nitrogen Plasma Jet

Dinescu

Maris²,

Musa

1991

Contrib. Plasma Phys.

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Abs tmc tX method for obtsining a medium pressure (p -1 torr), low power (< 100 W), RF-generated plasmo jet, suitable for chemical kinetics studies and technological applications is described. Though various supply gases can be used to create the plasma jet, only results on the proper!ies of a nitrogen jet are given in this paper with an emphasis on some spectral and electrical characteristics. The emission spectra of the nitrogen jet are discussed and spatial distributions of the relative concentration of nitrogen or radical impurities emitting species such as N2(C3H,,, u' = 0), NH(A3n,. u' = 0) in the bulk of the postdischarge plasma are calculated from the intensity of their vibrational bands. Electrical space resolved double probe measurements and the spatial distributions of the electron density and temperature in the plasma jet are also presented. Possible applications are shortly discussed.

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Section: Applications Discussionmentioning

confidence: 99%