The non-premixed Oxy-CH₄ flame characteristics were studied in a lab-scale slot burner for industrial furnace design. To estimate the flame stabilization, flow velocity was varied upto uF=50 ㎧ for methane gas and uOx= 100 ㎧ for oxygen gas. The f...
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https://www.riss.kr/link?id=A60258114
2011
Korean
학술저널
17-22(6쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
The non-premixed Oxy-CH₄ flame characteristics were studied in a lab-scale slot burner for industrial furnace design. To estimate the flame stabilization, flow velocity was varied upto uF=50 ㎧ for methane gas and uOx= 100 ㎧ for oxygen gas. The f...
The non-premixed Oxy-CH₄ flame characteristics were studied in a lab-scale slot burner for industrial furnace design. To estimate the flame stabilization, flow velocity was varied upto uF=50 ㎧ for methane gas and uOx= 100 ㎧ for oxygen gas. The flame stabilization curve showed that lifted flame region became broaden with oxygen inlet temperature (TOx) increase and slot separation width decrease. In addition, the carbon-dioxide (CO₂) dilution to oxidant debilitated the flame stabilization due to reduced oxidant concentration and chemical reaction.
목차 (Table of Contents)
질소로 희석된 프로판 동축류 층류 제트 부상화염에서 동축류 속도에 따른 열손실에 의한 자기진동 특성
축방향 연료 인젝터가 적용된 H₂O₂/Kerosene 이원추진제 연소기의 성능평가
충돌형 제트 분사기의 연소 불안정 영역에 관한 수치적 연구