The emitted ultraviolet and visible radiation of a nitromethane flame has been investigated applying fast spectrometry. The measured spectra of the diatomic molecules OH, CN and NH were used for temperature determination (mean values OH:2400 K, NH:2300 K). The CN radical showed an exaggered value of about 4300 K, which is probably based on a non-thermal exitation. The high intensity of the OH emission allowed to determine an axial temperature profile. Intensity profiles of the emitting radicals and observed continuous radiation have been recorded to obtain a better characterization of the combustion
The objectives of this paper are as follows: (1) To study parametrically OH* and CH* chemiluminescen...
Spectroscopic detection of hydroxyl (OH) radical and determination of its concentration in flames ha...
Author Institution: Ballistic Research Laboratory.Intense laser fluorescences of the important NH an...
To get insights into the propellant combustion process nitromethane Pool Fire Flames were investigat...
Author Institution:A number of works has been devoted to the measurement of excited species concent...
The developments in combustion technology has to be catered to in parallel by the development in the...
In an optical bomb Octogen has been burnt under various pressures and the intensity distribution was...
Pyrotechnic mixtures react mostly fast and under a high release of thermal energy and heat radiation...
International audienceNH3 and NO have been added to low pressure, premixed laminar CH4-O2 flames of ...
Author Institution: Physikalische Chemie I, Universitat Bielefeld, Universitatsstra\ss e 25, D-33615...
There is a continued need for reliable and convenient nonintrusive thermometric techniques for bette...
Abstract Accurate thermometry of highly reactive environments, such as plasma-assisted combustion, i...
International audienceChemiluminescence of excited OH*, CH*, and C-2* radicals was investigated as a...
Setting in investigations on safety aspects, various propane-air mixtures with a volume of 0.125 cbm...
International audienceThe objective of this work is to improve the knowledge of the shock-to-detonat...
The objectives of this paper are as follows: (1) To study parametrically OH* and CH* chemiluminescen...
Spectroscopic detection of hydroxyl (OH) radical and determination of its concentration in flames ha...
Author Institution: Ballistic Research Laboratory.Intense laser fluorescences of the important NH an...
To get insights into the propellant combustion process nitromethane Pool Fire Flames were investigat...
Author Institution:A number of works has been devoted to the measurement of excited species concent...
The developments in combustion technology has to be catered to in parallel by the development in the...
In an optical bomb Octogen has been burnt under various pressures and the intensity distribution was...
Pyrotechnic mixtures react mostly fast and under a high release of thermal energy and heat radiation...
International audienceNH3 and NO have been added to low pressure, premixed laminar CH4-O2 flames of ...
Author Institution: Physikalische Chemie I, Universitat Bielefeld, Universitatsstra\ss e 25, D-33615...
There is a continued need for reliable and convenient nonintrusive thermometric techniques for bette...
Abstract Accurate thermometry of highly reactive environments, such as plasma-assisted combustion, i...
International audienceChemiluminescence of excited OH*, CH*, and C-2* radicals was investigated as a...
Setting in investigations on safety aspects, various propane-air mixtures with a volume of 0.125 cbm...
International audienceThe objective of this work is to improve the knowledge of the shock-to-detonat...
The objectives of this paper are as follows: (1) To study parametrically OH* and CH* chemiluminescen...
Spectroscopic detection of hydroxyl (OH) radical and determination of its concentration in flames ha...
Author Institution: Ballistic Research Laboratory.Intense laser fluorescences of the important NH an...