内燃机与动力装置
內燃機與動力裝置
내연궤여동력장치
INTERNAL COMBUSTION ENGINE & POWERPLANT
2012年
3期
55-58
,共4页
杨中伟%程晓章%王骁%左承基
楊中偉%程曉章%王驍%左承基
양중위%정효장%왕효%좌승기
燃料重整%氢%研究现状%发展趋势
燃料重整%氫%研究現狀%髮展趨勢
연료중정%경%연구현상%발전추세
Fuel Reforming%Hydrogen%Research Status%Development Trend
燃料重整制氢是应用催化剂使燃料经过复杂的化学反应生成氢气的制氢方法。本文介绍了氢燃料相对于其他燃料的优缺点及燃料重整制氢的研究现状,论述了混氢燃料发动机相对于传统发动机所具有的优势,指出了重整制氢是未来发动机发展的重要趋势。
燃料重整製氫是應用催化劑使燃料經過複雜的化學反應生成氫氣的製氫方法。本文介紹瞭氫燃料相對于其他燃料的優缺點及燃料重整製氫的研究現狀,論述瞭混氫燃料髮動機相對于傳統髮動機所具有的優勢,指齣瞭重整製氫是未來髮動機髮展的重要趨勢。
연료중정제경시응용최화제사연료경과복잡적화학반응생성경기적제경방법。본문개소료경연료상대우기타연료적우결점급연료중정제경적연구현상,논술료혼경연료발동궤상대우전통발동궤소구유적우세,지출료중정제경시미래발동궤발전적중요추세。
Fuel reforming for hydrogen production is a method that the fuel generates hydrogen through complex chemical by utilizing catalyst. This article describes the advantages and disadvanta- ges of hydrogen fuels relative to other fuels and the study status of fuel reforming for hydrogen pro- duction, discusses the advantages of mixed hydrogen fuel engine compared to conventional engines and proposes that reforming is an important trend in the future engine development.