Add to ORKGAddition of hydrogen in natural gas lowers the emissions. However, the stability of flames with hydrogen addition poses a problem with respect to the lean blow-off limit. For this purpose, it is critical to understand the phenomenon of flame stabilization near the lean blow-off limit. Bluff body stabilized flames present an interesting case study for examining the effects of the hydrogen addition, because of their similarity when compared to the laminar flames encountered in domestic burners
The manner in which an ultra-lean hydrogen flame stabilizes and blows off is crucial for the underst...
An experimental study of rod-stabilized laminar inverted flames of ultra-lean hydrogen–methane–air m...
The manner in which an ultra-lean hydrogen flame stabilizes and blows off is crucial for the underst...
Addition of hydrogen in natural gas lowers the emissions. However, the stability of flames with hydr...
Addition of hydrogen in natural gas lowers the emissions. However, the stability of flames with hydr...
Recently, Shoshin et al. [1] reported measurements on blow-off limits for methane-air and hydrogen-m...
Recently, Shoshin et al. [1] reported measurements on blow-off limits for methane-air and hydrogen-m...
Blowoff characteristics of inverted flames propagating in ultra-lean hydrogen-metane-air mixtures an...
Blowoff characteristics of inverted flames propagating in ultra-lean hydrogen-metane-air mixtures an...
Blowoff characteristics of inverted flames propagating in ultra-lean hydrogen-metane-air mixtures an...
\u3cp\u3eIn this paper, we present a study on the effect of Lewis number, . Le, on the stabilization...
The stability characteristics of a premixed, swirl-stabilized flame were studied to determine the ef...
A computational study is performed to investigate the effects of hydrogen addition on the fundamenta...
The manner in which an ultra-lean hydrogen flame stabilizes and blows off is crucial for the underst...
The manner in which an ultra-lean hydrogen flame stabilizes and blows off is crucial for the underst...
The manner in which an ultra-lean hydrogen flame stabilizes and blows off is crucial for the underst...
An experimental study of rod-stabilized laminar inverted flames of ultra-lean hydrogen–methane–air m...
The manner in which an ultra-lean hydrogen flame stabilizes and blows off is crucial for the underst...
Addition of hydrogen in natural gas lowers the emissions. However, the stability of flames with hydr...
Addition of hydrogen in natural gas lowers the emissions. However, the stability of flames with hydr...
Recently, Shoshin et al. [1] reported measurements on blow-off limits for methane-air and hydrogen-m...
Recently, Shoshin et al. [1] reported measurements on blow-off limits for methane-air and hydrogen-m...
Blowoff characteristics of inverted flames propagating in ultra-lean hydrogen-metane-air mixtures an...
Blowoff characteristics of inverted flames propagating in ultra-lean hydrogen-metane-air mixtures an...
Blowoff characteristics of inverted flames propagating in ultra-lean hydrogen-metane-air mixtures an...
\u3cp\u3eIn this paper, we present a study on the effect of Lewis number, . Le, on the stabilization...
The stability characteristics of a premixed, swirl-stabilized flame were studied to determine the ef...
A computational study is performed to investigate the effects of hydrogen addition on the fundamenta...
The manner in which an ultra-lean hydrogen flame stabilizes and blows off is crucial for the underst...
The manner in which an ultra-lean hydrogen flame stabilizes and blows off is crucial for the underst...
The manner in which an ultra-lean hydrogen flame stabilizes and blows off is crucial for the underst...
An experimental study of rod-stabilized laminar inverted flames of ultra-lean hydrogen–methane–air m...
The manner in which an ultra-lean hydrogen flame stabilizes and blows off is crucial for the underst...