1003-9953
2010 Issue 6
oxidation of propane to acrylic acid and acetic acid over alkaline earth-doped mo-v-sb-ox catalysts
Chandan S. Chaudhari;Shailesh S. Sable;Hanumant Gurav;Ashutosh A. Kelkar;Vilas H. Rane
Chandan S. Chaudhari;Shailesh S. Sable;Hanumant Gurav;Ashutosh A. Kelkar;Vilas H. Rane
..............page:593-599
hierarchically porous fe2o3/cuo composite monoliths: synthesis and characterization
Xiaodong Ma;Hongwen Sun;Quan Sun;Hongwen Guo;Bo Fan;Shuo Zhao
Xiaodong Ma;Hongwen Sun;Quan Sun;Hongwen Guo;Bo Fan;Shuo Zhao
..............page:589-592
synthesis and characterization of -alumina nanospheres templated by lauric acid
Qingtao Fu;Tingting He;lianqing Yu;Yongming Chai;Chenguang Liu
Qingtao Fu;Tingting He;lianqing Yu;Yongming Chai;Chenguang Liu
..............page:557-559
low-temperature utilization of co2 and ch4 by combining partial oxidation with reforming of methane over ru-based catalysts
Hongbing Ji;Danyan Feng;Yunbing He
Hongbing Ji;Danyan Feng;Yunbing He
..............page:575-582
studies on the structure and catalytic performance of cu-zn-al catalyst prepared by liquid-phase preparation technology under different heat treatment atmosphere
Zhihua Gao;Wei Huang;Lihua Yin;Kechang Xie
Zhihua Gao;Wei Huang;Lihua Yin;Kechang Xie
..............page:611-616
in situ carbon nanotube synthesis by the reduction of nio/ -al2o3 catalyst in methane
Dongyan Xu;Haizhen Wang;Qingjie Guo
Dongyan Xu;Haizhen Wang;Qingjie Guo
..............page:617-621
effects of the partial replacement of la by m (m=ce, ca and sr) in la2-xmxcuo4 perovskites on catalysis of the water-gas shift reaction
S. S. Maluf;E. M. Assaf
S. S. Maluf;E. M. Assaf
..............page:567-574
co oxidation over co3o4/sio2 catalysts: effects of porous structure of silica and catalyst calcination temperature
Jian Zheng;Wei Chu;Hui Zhang;Chengfa Jiang;Xiaoyan Dai
Jian Zheng;Wei Chu;Hui Zhang;Chengfa Jiang;Xiaoyan Dai
..............page:583-588
oxidative coupling of methane in a dual-bed reactor comprising of particle/cordierite monolithic catalysts
Deng Pan;Shengfu Ji;Wenhua Wang;Chengyue Li
Deng Pan;Shengfu Ji;Wenhua Wang;Chengyue Li
..............page:600-604
effect of barium on reducibility and activity for cobalt-based fischer-tropsch synthesis catalysts
Agudamu Bao;Jinlin Li;Yuhua Zhang
Agudamu Bao;Jinlin Li;Yuhua Zhang
..............page:622-627
methane aromatization in the absence of oxygen over extruded and molded moo3/zsm-5 catalysts: influences of binder and molding method
Dongmei Ren;Xiangsheng Wang;Gang Li;Xiaojing Cheng;Huayun Long;Lidong Chen
Dongmei Ren;Xiangsheng Wang;Gang Li;Xiaojing Cheng;Huayun Long;Lidong Chen
..............page:646-652
modeling of microreactor for syngas production by catalytic partial oxidation of methane
Akbar Zamaniyan;Alireza Behroozsarand;Hamid Mehdizadeh;Hussein Ali Ghadirian
Akbar Zamaniyan;Alireza Behroozsarand;Hamid Mehdizadeh;Hussein Ali Ghadirian
..............page:660-668
kinetics and product distribution studies on ruthenium-promoted cobalt/alumina fischer-tropsch synthesis catalyst
Ahmad Tavasoli;Ali Nakhaei Pour;Masoumeh Ghalbi Ahangari
Ahmad Tavasoli;Ali Nakhaei Pour;Masoumeh Ghalbi Ahangari
..............page:653-659
an efficient correlation for calculating compressibility factor of natural gases
Navid Azizi;R. Behbahani;M. A. Isazadeh
Navid Azizi;R. Behbahani;M. A. Isazadeh
..............page:642-645
application of in-plasma catalysis and post-plasma catalysis for methane partial oxidation to methanol over a fe2o3-cuo/ -al2o3 catalyst
Lin Chen;Xingwang Zhang;Liang Huang;Lecheng Lei
Lin Chen;Xingwang Zhang;Liang Huang;Lecheng Lei
..............page:628-637
fabrication of polymer/fluoride-containing salts blend composite membranes for co2 separation
Pengfei Ji;Yiming Cao;Xingming Jie;Quan Yuan
Pengfei Ji;Yiming Cao;Xingming Jie;Quan Yuan
..............page:560-566
syngas production by combined carbon dioxide reforming and partial oxidation of methane over ni/ -al2o3 catalysts
Armin Moniri;S. Mehdi Alavi;Mojgan Rezaei
Armin Moniri;S. Mehdi Alavi;Mojgan Rezaei
..............page:638-641
methane conversion in the presence of oxygen under low-temperature radio frequency plasma
Jinhai Yuan;Xuejun Zhong;Shiyu Tan
Jinhai Yuan;Xuejun Zhong;Shiyu Tan
..............page:605-610