Publication detail

CN Chemiluminiscence in N2+CH4 Flowing Afterglow at Low Temperatures

JANČA, J., TÁLSKÝ, A., KRČMA, F., HOCHARD, L., RICARD, A.

Original Title

CN Chemiluminiscence in N2+CH4 Flowing Afterglow at Low Temperatures

English Title

CN Chemiluminiscence in N2+CH4 Flowing Afterglow at Low Temperatures

Type

journal article - other

Language

en

Original Abstract

The nitrogen recombination has been studied in the flowing microwave system at a wall temperature of 77 K. The strong CN chemiluminiscence has been observed if methane traces has been added. A brief kinetic model of the processes during the afterglow is given, too.

English abstract

The nitrogen recombination has been studied in the flowing microwave system at a wall temperature of 77 K. The strong CN chemiluminiscence has been observed if methane traces has been added. A brief kinetic model of the processes during the afterglow is given, too.

Keywords

Nitrogen afterglow, CN chemiluminiscence, kinetic processes

Released

01.01.1994

ISBN

0272-4324

Periodical

Plasma Chemistry and Plasma Processing

Year of study

14

State

US

Pages from

197

Pages to

208

Pages count

12

Documents

BibTex


@article{BUT39853,
  author="Jan {Janča} and Antonín {Tálský} and František {Krčma} and Luce {Hochard} and André {Ricard}",
  title="CN Chemiluminiscence in N2+CH4 Flowing Afterglow at Low Temperatures",
  annote="The nitrogen recombination has been studied in the flowing microwave system at a wall temperature of 77 K. The strong CN chemiluminiscence has been observed if methane traces has been added. A brief kinetic model of the processes during the afterglow is given, too.",
  chapter="39853",
  volume="14",
  year="1994",
  month="january",
  pages="197",
  type="journal article - other"
}