DC Afterglow of Nitrogen Containing Chlorinated Hydrocarbon Traces at Low Temperatures

DC Afterglow of Nitrogen Containing Chlorinated Hydrocarbon Traces at Low Temperatures

Článek recenzovaný mimo WoS a Scopus

The pure nitrogen afterglow containing some hydrocarbon admixtures has been widely studied during the recent years. Emission of the CN violet and red spectral systems has been widely observed in the discharge and post-discharge of active nitrogen containing hydrocarbons and partially or fully hallogenated hydrocarbons. The upper electronic states of these two spectral systems are formed mostly in specific vibrational states. Some vibrational levels are also effectively populated by collisions with a vibrationally excited nitrogen ground state. The present paper gives the experimental results obtained using partially or fully chlorinated simple hydrocarbons.

The pure nitrogen afterglow containing some hydrocarbon admixtures has been widely studied during the recent years. Emission of the CN violet and red spectral systems has been widely observed in the discharge and post-discharge of active nitrogen containing hydrocarbons and partially or fully hallogenated hydrocarbons. The upper electronic states of these two spectral systems are formed mostly in specific vibrational states. Some vibrational levels are also effectively populated by collisions with a vibrationally excited nitrogen ground state. The present paper gives the experimental results obtained using partially or fully chlorinated simple hydrocarbons.

nitrogen afterglow, kinetic processes, optical plasma diagnostics

nitrogen afterglow, kinetic processes, optical plasma diagnostics

KRČMA, F.

2011

10.09.2002

AV ČR

Praha

NEUVEDENO

0009-2770

CHEMICKE LISTY

96

S

Česká republika

S80

3