0438-1157
2014 Issue 7
xu
wei fei ;
wei fei ;
..............page:2397-2398
Mesoscience in chemical engineering and virtual process engineering: analysis and perspective
YANG Ning;LI Jinghai;State Key Laboratory of Multiphase Complex Systems;Institute of Process Engineering;Chinese Academy of Sciences;
YANG Ning;LI Jinghai;State Key Laboratory of Multiphase Complex Systems;Institute of Process Engineering;Chinese Academy of Sciences;
..............page:2403-2409
Development on iron-based moving bed chemical looping process
XU Dikai;TONG Andrew;ZENG Liang;LUO Siwei;FAN Liang-Shih;William. G. Lowrie Department of Chemical and Biomolecular Engineering;Koffolt Labs;The Ohio State University;
XU Dikai;TONG Andrew;ZENG Liang;LUO Siwei;FAN Liang-Shih;William. G. Lowrie Department of Chemical and Biomolecular Engineering;Koffolt Labs;The Ohio State University;
..............page:2410-2416
Development of auto-thermal production of calcium carbide
WANG Renxing;JI Leiming;LIU Qingya;ZHENG Danxing;LIU Hui;LIU Zhenyu;State Key Laboratory of Chemical Resource Engineering;Beijing University of Chemical Technology;
WANG Renxing;JI Leiming;LIU Qingya;ZHENG Danxing;LIU Hui;LIU Zhenyu;State Key Laboratory of Chemical Resource Engineering;Beijing University of Chemical Technology;
..............page:2417-2425
A novel multi-layer and multi-zone redox FCC regenerator design for removing NO_x gas system
LI Jun;LUO Guohua;WEI Fei;Beijing Key Laboratory of Clean Reaction Engineering and Technology;Department of Chemical Engineering;Tsinghua University;
LI Jun;LUO Guohua;WEI Fei;Beijing Key Laboratory of Clean Reaction Engineering and Technology;Department of Chemical Engineering;Tsinghua University;
..............page:2426-2436
Status quo and development prospect of magnetizing roasting via fluidized bed for low grade iron ore
ZHU Qingshan;LI Hongzhong;State Key Laboratory of Multiphase Complex Systems;Institute of Process Engineering;Chinese Academy of Sciences;
ZHU Qingshan;LI Hongzhong;State Key Laboratory of Multiphase Complex Systems;Institute of Process Engineering;Chinese Academy of Sciences;
..............page:2437-2442
Industrial development and prospect about comprehensive utilization of coal gangue
GUO Yanxia;ZHANG Yuanyuan;CHENG Fangqin;Institute of Resources and Environment Engineering;School of Environmental& Resource Sciences;State Environmental Protection Key Laboratory of Efficient Utilization Technology of Coal Waste Resources;Shanxi University;
GUO Yanxia;ZHANG Yuanyuan;CHENG Fangqin;Institute of Resources and Environment Engineering;School of Environmental& Resource Sciences;State Environmental Protection Key Laboratory of Efficient Utilization Technology of Coal Waste Resources;Shanxi University;
..............page:2443-2453
Hydrodynamics study and industrial applications of slurry reactors
GUO Kunyu;WANG Tiefeng;XING Chutian;WANG Jinfu;Beijing Key Laboratory of Green Reaction Engineering and Technology;Department of Chemical Engineering;Tsinghua University;
GUO Kunyu;WANG Tiefeng;XING Chutian;WANG Jinfu;Beijing Key Laboratory of Green Reaction Engineering and Technology;Department of Chemical Engineering;Tsinghua University;
..............page:2454-2464
Characteristics of multiphase flow, mixing and transport phenomena in airlift loop reactor
HUANG Qingshan;ZHANG Weipeng;YANG Chao;MAO Zaisha;Key Laboratory of Biofuels;Qingdao Institute of Bioenergy and Bioprocess Technology;Chinese Academy of Sciences;Key Laboratory of Green Process and Engineering;Institute of Process Engineering;Chinese Academy of Sciences;Nanjing Jiuzhang Chemical Technology Co.;Ltd.;
HUANG Qingshan;ZHANG Weipeng;YANG Chao;MAO Zaisha;Key Laboratory of Biofuels;Qingdao Institute of Bioenergy and Bioprocess Technology;Chinese Academy of Sciences;Key Laboratory of Green Process and Engineering;Institute of Process Engineering;Chinese Academy of Sciences;Nanjing Jiuzhang Chemical Technology Co.;Ltd.;
..............page:2465-2473
Multiphase catalytic reactors for methanol-to-olefins
WANG Yao;DI Zuoxing;LI Yuxin;WANG Dezheng;WEI Fei;Department of Chemical Engineering;Tsinghua University;
WANG Yao;DI Zuoxing;LI Yuxin;WANG Dezheng;WEI Fei;Department of Chemical Engineering;Tsinghua University;
..............page:2474-2484
Heat transfer enhancement in gas-solid flow
LIU Chuanping;LI Chuan;LI Yongliang;DING Yulong;WANG Li;School of Mechanism Engineering;University of Science and Technology Beijing;School of Chemical Engineering;University of Birmingham;Institute of Particle Science and Engineering;University of Leeds;Institue of Process Engineering;Chinese Academy of Sciences;
LIU Chuanping;LI Chuan;LI Yongliang;DING Yulong;WANG Li;School of Mechanism Engineering;University of Science and Technology Beijing;School of Chemical Engineering;University of Birmingham;Institute of Particle Science and Engineering;University of Leeds;Institue of Process Engineering;Chinese Academy of Sciences;
..............page:2485-2494
Comparative study of two novel fluidized beds—HDCFB and CTFB
YAN Lanling;ZHU Jingxu;LAN Xingying;GAO Jinsen;State Key Laboratory of Heavy Oil;China University of Petroleum;Department of Chemical and Biochemical Engineering;University of Western Ontario;
YAN Lanling;ZHU Jingxu;LAN Xingying;GAO Jinsen;State Key Laboratory of Heavy Oil;China University of Petroleum;Department of Chemical and Biochemical Engineering;University of Western Ontario;
..............page:2495-2503
Application of electrical capacitance tomography for gas-solid fluidized bed measurement
LUO Qin;ZHAO Yinfeng;YE Mao;LIU Zhongmin;Dalian Institute of Chemical Physics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
LUO Qin;ZHAO Yinfeng;YE Mao;LIU Zhongmin;Dalian Institute of Chemical Physics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
..............page:2504-2512
Rational design and computer simulation of patchy particle self-assembly
GUO Ruohai;YAN Litang;Key Laboratory of Advanced Materials;Ministry of Education;Department of Chemical Engineering;Tsinghua University;
GUO Ruohai;YAN Litang;Key Laboratory of Advanced Materials;Ministry of Education;Department of Chemical Engineering;Tsinghua University;
..............page:2513-2519
Discrete element method and its applications in fluidization
ZHOU Chilou;ZHAO Yongzhi;Department of Chemical and Biochemical Engineering;Zhejiang University;
ZHOU Chilou;ZHAO Yongzhi;Department of Chemical and Biochemical Engineering;Zhejiang University;
..............page:2520-2534
Application of lattice Boltzmann method for simulation of multiphase/multicomponent flow in microfluidics
FU Yuhang;ZHAO Shufang;WANG Wentan;JIN Yong;CHENG Yi;Department of Chemical Engineering;Tsinghua University;
FU Yuhang;ZHAO Shufang;WANG Wentan;JIN Yong;CHENG Yi;Department of Chemical Engineering;Tsinghua University;
..............page:2535-2543
Advances in pumps without moving parts
XU Cong;Institute of Nuclear and New Energy Technology;Tsinghua University;
XU Cong;Institute of Nuclear and New Energy Technology;Tsinghua University;
..............page:2544-2554
Recent progress of microfluidic fabrication of novel functional microparticles
WANG Wei;XIE Rui;JU Xiaojie;CHU Liangyin;School of Chemical Engineering;Sichuan University;
WANG Wei;XIE Rui;JU Xiaojie;CHU Liangyin;School of Chemical Engineering;Sichuan University;
..............page:2555-2562
Advances in polymer synthesis in microreactors
LUO Guangsheng;WANG Kai;WANG Peijian;Lü Yangcheng;State Key Laboratory of Chemical Engineering;Department of Chemical Engineering;Tsinghua University;
LUO Guangsheng;WANG Kai;WANG Peijian;Lü Yangcheng;State Key Laboratory of Chemical Engineering;Department of Chemical Engineering;Tsinghua University;
..............page:2563-2573
Process engineering for size and structure control of microspheres
MA Guanghui;SU Zhiguo;State Key Laboratory of Biochemical Engineering;Institute of Process Engineering;Chinese Academy of Sciences;
MA Guanghui;SU Zhiguo;State Key Laboratory of Biochemical Engineering;Institute of Process Engineering;Chinese Academy of Sciences;
..............page:2574-2587
Advances in one-dimensional nanostructured borates: from fundamental thermodynamics to engineering practice
ZHANG Zhaoqiang;ZHU Wancheng;Department of Chemical Engineering;Qufu Normal University;
ZHANG Zhaoqiang;ZHU Wancheng;Department of Chemical Engineering;Qufu Normal University;
..............page:2588-2619
Progress of preparation and application of rare earth luminescent materials
SUN Rongjin;QIU Peiyu;ZHANG Chunlei;GAO Guo;CUI Daxiang;Institute of Nano Biomedicine and Engineering;Key Laboratory for Thin Film and Microfabrication Technology of Ministry of Education;Department of Instrument Science and Engineering;School of Electrical Information and Electrical Engineering;Shanghai Jiao Tong University;
SUN Rongjin;QIU Peiyu;ZHANG Chunlei;GAO Guo;CUI Daxiang;Institute of Nano Biomedicine and Engineering;Key Laboratory for Thin Film and Microfabrication Technology of Ministry of Education;Department of Instrument Science and Engineering;School of Electrical Information and Electrical Engineering;Shanghai Jiao Tong University;
..............page:2620-2628
Process and mechanism of surface modification of silica with silane coupling agent APTS
QIAO Bing;GAO Han;WANG Tingjie;JIN Yong;Department of Chemical Engineering;Tsinghua University;
QIAO Bing;GAO Han;WANG Tingjie;JIN Yong;Department of Chemical Engineering;Tsinghua University;
..............page:2629-2637
Progress in hydrothermal formation of dispersive nanoparticles and whiskers
XIANG Lan;WANG Jing;Department of Chemical Engineering;Tsinghua University;
XIANG Lan;WANG Jing;Department of Chemical Engineering;Tsinghua University;
..............page:2638-2644
Advances in catalytic oxidations catalyzed by carbon nanomaterials in liquid-phase
CAO Yonghai;LI Bo;YU Hao;PENG Feng;WANG Hongjuan;School of Chemistry and Chemical Engineering;South China University of Technology;
CAO Yonghai;LI Bo;YU Hao;PENG Feng;WANG Hongjuan;School of Chemistry and Chemical Engineering;South China University of Technology;
..............page:2645-2656
Computational exploration on effects of heteroatom doping for nanostructured carbon catalysts
LI Bo;SU Dangsheng;Shenyang National Laboratory for Materials Science;Institute of Metal Research;Chinese Academy of Sciences;
LI Bo;SU Dangsheng;Shenyang National Laboratory for Materials Science;Institute of Metal Research;Chinese Academy of Sciences;
..............page:2657-2667
Advances in preparation of nanostructured enzyme catalysts
GE Jun;LU Diannan;ZHU Jingying;LIU Zheng;Department of Chemical Engineering;Tsinghua University;
GE Jun;LU Diannan;ZHU Jingying;LIU Zheng;Department of Chemical Engineering;Tsinghua University;
..............page:2668-2675
Recent progress on atmospheric and room temperature plasma mutation breeding technology and its applications
ZHANG Xue;ZHANG Xiaofei;WANG Liyan;ZHANG Chong;TAN Yinyee;CHANG Haibo;LI Heping;XING Xinhui;Department of Chemical Engineering;Tsinghua University;Department of Engineering Physics;Tsinghua University;Beijing Si Qing Yuan Bio-technology Co.;Ltd.;
ZHANG Xue;ZHANG Xiaofei;WANG Liyan;ZHANG Chong;TAN Yinyee;CHANG Haibo;LI Heping;XING Xinhui;Department of Chemical Engineering;Tsinghua University;Department of Engineering Physics;Tsinghua University;Beijing Si Qing Yuan Bio-technology Co.;Ltd.;
..............page:2676-2684
Recent advances on catalytic deoxygenation upgrading of liquefaction microalgae bio-oil
DING Ranran;WU Yulong;CHEN Yu;DUAN Yanan;YANG Mingde;Institute of Nuclear and New Energy Technology;Tsinghua University;
DING Ranran;WU Yulong;CHEN Yu;DUAN Yanan;YANG Mingde;Institute of Nuclear and New Energy Technology;Tsinghua University;
..............page:2685-2695
Recent progress in energy saving and emission reduction technologies in startup and shutdown processes of ethylene plants
SONG Guang;ZHAO Yongchen;QIU Tong;LU Guangming;ZHAO Jinsong;CHEN Bingzhen;Department of Chemical Engineering;Tsinghua University;PetroChina Dushanzi Petrochemical Company;
SONG Guang;ZHAO Yongchen;QIU Tong;LU Guangming;ZHAO Jinsong;CHEN Bingzhen;Department of Chemical Engineering;Tsinghua University;PetroChina Dushanzi Petrochemical Company;
..............page:2696-2703
Green development strategies for chemical industry in China: based on analysis of fertilizer industry and coal chemical industry
HU Shanying;CHEN Dingjiang;JIN Yong;ZHU Bing;MA Shujie;SONG Xiaoxu;CHEN Zhiguo;Center for Industrial Ecology;Department of Chemical Engineering;Tsinghua University;
HU Shanying;CHEN Dingjiang;JIN Yong;ZHU Bing;MA Shujie;SONG Xiaoxu;CHEN Zhiguo;Center for Industrial Ecology;Department of Chemical Engineering;Tsinghua University;
..............page:2704-2709
Predicting vaporization of feedstock in zoning catalytic cracking by UNIFAC model
JIN Nan;WANG Gang;XU Chunming;GAO Jinsen;State Key Laboratory of Heavy Oil Processing;China University of Petroleum;
JIN Nan;WANG Gang;XU Chunming;GAO Jinsen;State Key Laboratory of Heavy Oil Processing;China University of Petroleum;
..............page:2710-2716
Liquid-liquid equilibrium for double solvent extraction of methyl methacrylate from methanol
GUO Wei;YAN Ruiyi;ZHOU Qing;ZHANG Suojiang;Institute of Process Engineering;Chinese Academy of Sciences;
GUO Wei;YAN Ruiyi;ZHOU Qing;ZHANG Suojiang;Institute of Process Engineering;Chinese Academy of Sciences;
..............page:2717-2723
Analysis of flow field intermittency and coherent structure of particles based on DEM simulation of gas-solids bubbling bed
WU Yingya;LAN Xingying;GAO Jinsen;State Key Laboratory of Heavy Oil Processing;China University of Petroleum;
WU Yingya;LAN Xingying;GAO Jinsen;State Key Laboratory of Heavy Oil Processing;China University of Petroleum;
..............page:2724-2732
Jet trajectories of liquid mixing in multi-orifice-impinging transverse jet mixer
LUO Peicheng;WU Jun;XIN Chuanxian;JIA Haiyan;School of Chemistry and Chemical Engineering;Southeast University;
LUO Peicheng;WU Jun;XIN Chuanxian;JIA Haiyan;School of Chemistry and Chemical Engineering;Southeast University;
..............page:2733-2740
Redox conversion of methane with Fe2O3-CaTixM1-xO3 composite oxides for hydrogen and liquid fuel co-production
CHEN Yanguang;HE Feng;DAGA Shivalik;LI Fanxing;Department of Chemical and Biomolecular Engineering;North Carolina State University;School of Chemistry and Chemical Engineering;Northeast Petroleum University;Provincial Key Laboratory of Oil & Gas Chemical Technology;
CHEN Yanguang;HE Feng;DAGA Shivalik;LI Fanxing;Department of Chemical and Biomolecular Engineering;North Carolina State University;School of Chemistry and Chemical Engineering;Northeast Petroleum University;Provincial Key Laboratory of Oil & Gas Chemical Technology;
..............page:2741-2750
Hydroisomerization and aromatization hydro-upgrading behavior of fluid catalytic cracking gasoline
CHEN Zhiping;XU Jian;SHI Gang;FAN Yu;BAO Xiaojun;Key Laboratory of Catalysis;China National Petroleum Corporation;China University of Petroleum;State Key Laboratory of Heavy Oil Processing;China University of Petroleum;
CHEN Zhiping;XU Jian;SHI Gang;FAN Yu;BAO Xiaojun;Key Laboratory of Catalysis;China National Petroleum Corporation;China University of Petroleum;State Key Laboratory of Heavy Oil Processing;China University of Petroleum;
..............page:2751-2760
Solid base supported Ru catalysts for sorbitol hydrogenolysis
ZHOU Jinghong;WANG Xuefeng;LIU Guocai;SUI Zhijun;ZHOU Xinggui;YUAN Weikang;State Key Laboratory of Chemical Engineering;East China University of Science and Technology;
ZHOU Jinghong;WANG Xuefeng;LIU Guocai;SUI Zhijun;ZHOU Xinggui;YUAN Weikang;State Key Laboratory of Chemical Engineering;East China University of Science and Technology;
..............page:2761-2769
Preparation and properties of cerium modified Cu-based catalysts for methanol synthesis
HU Ju;PAN Yalin;LI Hansheng;WU Qin;WANG Jinfu;School of Chemical Engineering & Environment;Beijing Institute of Technology;School of Chemical Engineering & Environment;Beijing Institute of Technology;Beijing 100081;China;Department of Chemical Engineering;Tsinghua University;
HU Ju;PAN Yalin;LI Hansheng;WU Qin;WANG Jinfu;School of Chemical Engineering & Environment;Beijing Institute of Technology;School of Chemical Engineering & Environment;Beijing Institute of Technology;Beijing 100081;China;Department of Chemical Engineering;Tsinghua University;
..............page:2770-2775
Synthesis of dimethyldichlorosilane by fluidized bed membrane reactor
WU Junwei;XING Weihong;ZHANG Feng;ZHONG Zhaoxiang;JIN Wanqin;XU Nanping;State Key Laboratory of Materials-Oriented Chemical Engineering;Membrane Science and Technology Research Center;Nanjing Tech University;
WU Junwei;XING Weihong;ZHANG Feng;ZHONG Zhaoxiang;JIN Wanqin;XU Nanping;State Key Laboratory of Materials-Oriented Chemical Engineering;Membrane Science and Technology Research Center;Nanjing Tech University;
..............page:2776-2784
Numerical simulation for water deoxygenation in rotating packed bed
XIANG Yang;LIU Liang;CHU Guangwen;ZOU Haikui;CHEN Jianfeng;Research Center of the Ministry of Education for High Gravity Engineering and Technology;Beijing University of Chemical Technology;State Key Laboratory of Organic-Inorganic Composites;Beijing University of Chemical Technology;
XIANG Yang;LIU Liang;CHU Guangwen;ZOU Haikui;CHEN Jianfeng;Research Center of the Ministry of Education for High Gravity Engineering and Technology;Beijing University of Chemical Technology;State Key Laboratory of Organic-Inorganic Composites;Beijing University of Chemical Technology;
..............page:2785-2792
Modeling and techno-economic analysis for comprehensive utilization process of oil shale
YANG Qingchun;ZHANG Jun;YANG Siyu;QIAN Yu;School of Chemical Engineering;South China University of Technology;
YANG Qingchun;ZHANG Jun;YANG Siyu;QIAN Yu;School of Chemical Engineering;South China University of Technology;
..............page:2793-2801
Modeling and multi-objective optimization of multi-period biofuel supply chain
LIU Zhexuan;QIU Tong;CHEN Bingzhen;Department of Chemical Engineering;Tsinghua University;
LIU Zhexuan;QIU Tong;CHEN Bingzhen;Department of Chemical Engineering;Tsinghua University;
..............page:2802-2812
Water and solute transport phenomena in forward osmosis process
BIAN Lixia;FANG Yanyan;WANG Xiaolin;Beijing Key Laboratory of Membrane Materials and Engineering;Department of Chemical Engineering;Tsinghua University;
BIAN Lixia;FANG Yanyan;WANG Xiaolin;Beijing Key Laboratory of Membrane Materials and Engineering;Department of Chemical Engineering;Tsinghua University;
..............page:2813-2820
Catalytic kinetics of recombinant nitrile hydratase coupling terminal salt bridge and point-mutation
CHEN Jie;JIA Xu;YU Huimin;LUO Hui;SHEN Zhongyao;Department of Chemical Engineering;Tsinghua University;University of Science and Technology Beijing;
CHEN Jie;JIA Xu;YU Huimin;LUO Hui;SHEN Zhongyao;Department of Chemical Engineering;Tsinghua University;University of Science and Technology Beijing;
..............page:2821-2828
Construction of MBP fusion heparinase Ⅲ efficient expression system in E.coli
SU Nan;WU Jingjun;LI Ye;ZHANG Chong;LI Mei;XING Xinhui;Key Laboratory for Industrial Biocatalysis;Ministry of Education;Institute of Biochemical Engineering;Department of Chemical Engineering;Tsinghua University;Department of Biotechnology;Beijing Electronic Science and Technology Vocational College;
SU Nan;WU Jingjun;LI Ye;ZHANG Chong;LI Mei;XING Xinhui;Key Laboratory for Industrial Biocatalysis;Ministry of Education;Institute of Biochemical Engineering;Department of Chemical Engineering;Tsinghua University;Department of Biotechnology;Beijing Electronic Science and Technology Vocational College;
..............page:2829-2842
Effects of Zn2+ concentration upon hydrogen evolution reaction for zinc-air battery
MA Hongyun;FAN Yongsheng;WANG Baoguo;State Key Laboratory of Chemical Engineering;Department of Chemical Engineering;Tsinghua University;
MA Hongyun;FAN Yongsheng;WANG Baoguo;State Key Laboratory of Chemical Engineering;Department of Chemical Engineering;Tsinghua University;
..............page:2843-2848
Preparation of graphene nanosheet/CoS2 composite and its application in supercapacitors
LI Ji;WEI Tong;YAN Jun;LONG Conglai;FAN Zhuangjun;Key Laboratory of Superlight Materials and Surface Technology;School of Material Science and Chemical Engineering;Harbin Engineering University;
LI Ji;WEI Tong;YAN Jun;LONG Conglai;FAN Zhuangjun;Key Laboratory of Superlight Materials and Surface Technology;School of Material Science and Chemical Engineering;Harbin Engineering University;
..............page:2849-2854
Visible-light photocatalytic activity of ZnO enhanced by single-walled carbon nanotubes
LU Yanhong;XU Yanhong;ZHANG Suling;BAI Xiaojie;HUANG Yi;CHEN Yongsheng;School of Chemistry & Material Science;Langfang Teachers University;Collaborative Innovation Center of Chemical Science and Engineering;Institute of Polymer Chemistry;College of Chemistry;Nankai University;
LU Yanhong;XU Yanhong;ZHANG Suling;BAI Xiaojie;HUANG Yi;CHEN Yongsheng;School of Chemistry & Material Science;Langfang Teachers University;Collaborative Innovation Center of Chemical Science and Engineering;Institute of Polymer Chemistry;College of Chemistry;Nankai University;
..............page:2855-2860