Roark, SE ；Cabrera-Fonseca, J ；Milazzo, MC ；White, JH ；Wander, JD,Catalytic oxidation of volatile organic liquids,Journal of Environmental Engineering？,2004, 130(3).
[4]
吴永文;李忠;奚红霞.VOCs污染控制技术与吸附催化材料[J].离子交换与吸附,2003(1)
[5]
Gabriele Centi,Supported palladium catalysts in environ-mental catalytic technologies for gaseous emissions,Journal of Molecular Catalysis A:Chemical,2001(1).
[6]
Minieb;Simona,Influence of catalyst pretreatments on vola-tile organic compounds oxidation over gold/iron oxide,Ap-plied Catalysis B:Environmental,2001(4).
[7]
Guo Jianguang;Li Zhong;Xi Hongxia.Activity compari-son of t-ree transition metaJ catalysts in catalytic combus-tion VOCs[J].Journal of South China University of Science and Technology,2004(5)
[8]
Taylor S.H;Heneghan C.S;Hutchings G.J,The ac- tivity and mechanism of uranium oxide catalysts for the oxi- dative destruction of volatile organic compounds,Catalysis Today,2000(3).
Jiang Xiaoyuan;Lu Guanglie;Zhou Renxian,Stud-ies of pore structure,temperature-programmed reduction performance,and microstructure of CuO/CeO2 catalysts,Applied Surface Science,2001(3).
[11]
Jiang Xiaoyuan;Zhou Renxian;Chen Ping,Studies on the CO oxidation and oxygen species desorption and recov-ery of CuO/CeOJ\'y-A1203 catalyst,Environmental Chem-istry,1997(5).
JansenS.R;DeHaanJ.W;Van deVen L.J.M,Incorporation of nitrogen in alkaline-earth hexaalu- minates with a [5-alumina or a magnetoplumbite-type structure,Chemistry of Materials,1997(7).
[14]
Aguero F.N;Scian A;Barbero B.P,Combustion of volatile organic compounds over supported manganese ox- ide :influence of the support,the precursor and the manga- nese loading,Catalysis Today,2008(01).
[15]
Rida K;Benabbas A;Bouremmad F,Effect of calcination temperature on the structural characteristics and catalytic activity for propene combustion of sol-gel serived lanthanum chromite perovskite,Applied Catalysis A:General,2007(2).
