Topics
ethanolChemical substance
The aim of this work is to avaluate the temperature of an ethanol/air mixture in a diffusive flame by analyzing the emission spectra band of CH * radical, through comparison with simulated spectra obtained by the LIFBASE software. The temperature in the blue zone of the flame was 2300 K. These results agree with the calculated temperature based on the GASEC software, witch use thermodynamic data
Abstract Internal temperature monitoring of high-speed propulsion systems is highly impo...
The paper presents the experimental measurements of temperature fields in a narrow mid-infrared spec...
To get insights into the propellant combustion process nitromethane Pool Fire Flames were investigat...
The developments in combustion technology has to be catered to in parallel by the development in the...
An improved Boltzmann plot method where the intensity is taken as the integral of the experimental s...
Rotational temperatures of CH* species present in ethanol flames with different diluent gas composit...
The aim of this work is the development of a non-intrusive multiplexed diode-laser sensor system to ...
Emission spectroscopy was used in the temperature determination of LPG (liquefied petroleum gas) pre...
The emitted ultraviolet and visible radiation of a nitromethane flame has been investigated applying...
In the present work, spontaneous emission spectra of Liquefied Petroleum Gas (LPG) flames were used ...
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...
There is a continued need for reliable and convenient nonintrusive thermometric techniques for bette...
Kinetic modeling is a powerful tool for combustion investigations and has been widely used. The vali...
In a combustion process involving fossil fuels, there is the formation of species Chemiluminescent, ...
Abstract Internal temperature monitoring of high-speed propulsion systems is highly impo...
The paper presents the experimental measurements of temperature fields in a narrow mid-infrared spec...
To get insights into the propellant combustion process nitromethane Pool Fire Flames were investigat...
The developments in combustion technology has to be catered to in parallel by the development in the...
An improved Boltzmann plot method where the intensity is taken as the integral of the experimental s...
Rotational temperatures of CH* species present in ethanol flames with different diluent gas composit...
The aim of this work is the development of a non-intrusive multiplexed diode-laser sensor system to ...
Emission spectroscopy was used in the temperature determination of LPG (liquefied petroleum gas) pre...
The emitted ultraviolet and visible radiation of a nitromethane flame has been investigated applying...
In the present work, spontaneous emission spectra of Liquefied Petroleum Gas (LPG) flames were used ...
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...
There is a continued need for reliable and convenient nonintrusive thermometric techniques for bette...
Kinetic modeling is a powerful tool for combustion investigations and has been widely used. The vali...
In a combustion process involving fossil fuels, there is the formation of species Chemiluminescent, ...
Abstract Internal temperature monitoring of high-speed propulsion systems is highly impo...
The paper presents the experimental measurements of temperature fields in a narrow mid-infrared spec...
To get insights into the propellant combustion process nitromethane Pool Fire Flames were investigat...
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