Experiments have been conducted to investigate the characteristics of formaldehyde and nitrous oxide formation from the catalytic reaction to methane. Catalysts used in the experiment were Pd, Pd/Pt/Rh loaded on r-Al₂o₃ and r-Al₂o₃-La₂o₃ m...
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https://www.riss.kr/link?id=A76025658
1994
Korean
학술저널
218-224(7쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
Experiments have been conducted to investigate the characteristics of formaldehyde and nitrous oxide formation from the catalytic reaction to methane. Catalysts used in the experiment were Pd, Pd/Pt/Rh loaded on r-Al₂o₃ and r-Al₂o₃-La₂o₃ m...
Experiments have been conducted to investigate the characteristics of formaldehyde and nitrous oxide formation from the catalytic reaction to methane. Catalysts used in the experiment were Pd, Pd/Pt/Rh loaded on r-Al₂o₃ and r-Al₂o₃-La₂o₃ monolith. In the catalytic reaction of methane, as the concentration of NO, o₂ and CH₄ increased, the formaldehyde emission was increased. The concentration of N₂o increased as NO and CO increased. It was also found that the formaldehyde emission was produced by the gas reaction of methane in high temperatures above 950 K<br/>
목차 (Table of Contents)
직접분사식 스파크점화 수소기관의 연소실 벽표면 순간온도 및 열유속