水处理技术
水處理技術
수처리기술
2010年
3期
10-16
,共7页
谢晴%杨嘉伟%王彬%冷庚%但德忠
謝晴%楊嘉偉%王彬%冷庚%但德忠
사청%양가위%왕빈%랭경%단덕충
微生物燃料电池%污水处理%功率密度%库仓效率%产电细菌
微生物燃料電池%汙水處理%功率密度%庫倉效率%產電細菌
미생물연료전지%오수처리%공솔밀도%고창효솔%산전세균
microbial fuel cell(MFC)%wastewater treatment%power density%columbic efficiency:electro-microorganism
微生物燃料电池技术目前取得了突破性的进展,并迅速成为废水处理的热点.本文介绍了微生物燃料电池的工作原理和特点,结合微生物燃料电池的发展,对其结构、运行条件,产电微生物及提高电池产电性能作了综述,探讨了提高微生物燃料电池性能的关键问题,并展望其应用前景.
微生物燃料電池技術目前取得瞭突破性的進展,併迅速成為廢水處理的熱點.本文介紹瞭微生物燃料電池的工作原理和特點,結閤微生物燃料電池的髮展,對其結構、運行條件,產電微生物及提高電池產電性能作瞭綜述,探討瞭提高微生物燃料電池性能的關鍵問題,併展望其應用前景.
미생물연료전지기술목전취득료돌파성적진전,병신속성위폐수처리적열점.본문개소료미생물연료전지적공작원리화특점,결합미생물연료전지적발전,대기결구、운행조건,산전미생물급제고전지산전성능작료종술,탐토료제고미생물연료전지성능적관건문제,병전망기응용전경.
Microbial fuel cell technology has been becoming an attractive field with breakthrough results.The principle and characteristics of microbial fuel cell were briefly introduced with the overall review on the research progress in structure of the reactor,running conditions and electro-microorgan-ism.Furthermore,the key issues of affecting the performance of microbial fuel cell and its development prospect were presented.
