化学与生物工程
化學與生物工程
화학여생물공정
CHEMISTRY & BIOENGINEERING
2015年
8期
11-13,18
,共4页
催化燃烧%甲烷%非贵金属氧化物%催化剂
催化燃燒%甲烷%非貴金屬氧化物%催化劑
최화연소%갑완%비귀금속양화물%최화제
catalytic combustion%methane%non-noble metal oxides%catalyst
催化燃烧具有起燃温度低、能量利用率高、有毒物质排放少等优点。催化剂是催化燃烧的关键，非贵金属氧化物催化剂因来源广、价格低、稳定性较好成为研究热点。综述了单组分、双组分或多组分、钙钛矿型、六铝酸盐型、尖晶石型等几类非贵金属氧化物催化剂的研究进展。
催化燃燒具有起燃溫度低、能量利用率高、有毒物質排放少等優點。催化劑是催化燃燒的關鍵，非貴金屬氧化物催化劑因來源廣、價格低、穩定性較好成為研究熱點。綜述瞭單組分、雙組分或多組分、鈣鈦礦型、六鋁痠鹽型、尖晶石型等幾類非貴金屬氧化物催化劑的研究進展。
최화연소구유기연온도저、능량이용솔고、유독물질배방소등우점。최화제시최화연소적관건，비귀금속양화물최화제인래원엄、개격저、은정성교호성위연구열점。종술료단조분、쌍조분혹다조분、개태광형、륙려산염형、첨정석형등궤류비귀금속양화물최화제적연구진전。
The technology of catalytic combustion has many advantages of low light-off temperature,high energy utilization rate and less emission of toxic substances.Catalyst is the key of catalytic combustion.Non-no-ble metal oxides catalysts are becoming a research hot spot due to its rich source,low cost and good stability. Several kinds of non-noble metal oxides catalysts including single-component,two-component or multi-compo-nent,perovskite,hexaaluminate and spinel were summarized in this paper.
