Art

J-GLOBAL ID：201502233681575905   Reference number：15A0011581

Novel high-efficienly H_2-SCR spinel-type NiFe_2O_4 for catalytic reduction of NO

NOの触媒還元のための新しい高効率H_2-SCRスピネル型NiFe_2O_4

Author (6)： Qiao Kai (School of Resources and Environmental Engineering,State Environmental Protection Key Lab. of Environmental Risk ...) ,  Luo Wenjun (China Ship Res. and Design Center, Shanghai) ,  Wang Ji (China Ship Res. and Design Center, Shanghai) ,  Cao Limei (School of Resources and Environmental Engineering,State Environmental Protection Key Lab. of Environmental Risk ...) ,  Shen Yuran (School of Resources and Environmental Engineering,State Environmental Protection Key Lab. of Environmental Risk ...) ,  Yang Ji (School of Resources and Environmental Engineering,State Environmental Protection Key Lab. of Environmental Risk ...)
Material： Huanjing Huaxue  (Environmental Chemistry)
Volume： 33  Issue： 8  Page： 1385-1390  Publication year： 2014 
JST Material Number： C2490A  ISSN： 0254-6108  Document type： Article
Article type： 原著論文  Country of issue： China (CHN)  Language： CHINESE (ZH)

Thesaurus term： *catalytic reduction ,  *nickel compound ,  ferrate ,  efficiency ,  thermal programmed desorption ,  *spinel type crystal ,  oxide ,  sol-gel process ,  chemical reactor
Semi thesaurus term： catalytic reduction ,  鉄酸ニッケル ,  *selective catalytic reduction ,  high efficiency ,  temperature-programmed desorption ,  selective catalytic reduction ,  complex oxide ,  reactor

JST classification (1)： Pollutants in general  (SB05010P)

Terms in the title (5)： NO ,  触媒還元 ,  高効率 ,  SCR ,  スピネル