Emerging Energy Technology, 1995: Presented at the Energy and Environmental Expo '95--the Energy-Sources Technology Conference and Exhibition, Houston, Texas, January 29-February 1, 1995G. A. Karim |
Contents
Engn | 1 |
Turbulence Characteristics in the Flow Field of a Nonpremixed Gas Jet Flame in Cross | 11 |
Prediction of the Blowout of Jet Diffusion Flames in a Coflowing Stream of | 21 |
Copyright | |
18 other sections not shown
Common terms and phrases
air flow rate air stream Al Ain atomization attached flames auxiliary fuel axial Benzene blowout limits calculated carbon dioxide catalytic characteristics co-flowing stream velocity coal particle Combustion Institute combustion noise compression ratio devolatilization diesel dimensional drying effect Emerging Energy Technology emission Energy Technology ASME equation experimental data Figure flame base fluid fluorescence formaldehyde fuel concentration fuel passage Gollahalli greenhouse growth rate heat transfer coefficient heating value hydrocarbons hydrogen ignition increase investigation jet diffusion flames Karim kg/h kinetic laser lean limit lift off distance lift-off height lifted flames liquid jet measured Mechanical methane mg/m³ Naphthalene nozzle operation oxidation oxygen PD-Vol plumes predicted pressure propane reaction rate region samples secondary air flow shear stress shown in Fig solar radiation spark spray stability Stirling Engine swirl number Technology ASME 1995 tube turbulent United Arab Emirates University of Calgary velocity m/s wavenumber Weber numbers Wierzba