0023-074X
2015 Issue 16
lv se tan ke xue fa zhan
he ming yuan ; sun yu han ; han bu xing ;
he ming yuan ; sun yu han ; han bu xing ;
..............page:1421-1423
One-pot catalytic production of polyols from cellulose
XI JinXu;LIU XiaoHui;WANG YanQin;Research Institute of Industrial Catalysis;East China University of Science and Technology;
XI JinXu;LIU XiaoHui;WANG YanQin;Research Institute of Industrial Catalysis;East China University of Science and Technology;
..............page:1424-1433+1
Catalytic oxidation of biomass to formic acid in aqueous solutions using vanadium-containing catalysts
NIU MuGe;HOU YuCui;REN ShuHang;WU WeiZe;State Key Laboratory of Chemical Resource Engineering;College of Chemical Engineering;Beijing University of Chemical Technology;Department of Chemistry;Taiyuan Normal University;
NIU MuGe;HOU YuCui;REN ShuHang;WU WeiZe;State Key Laboratory of Chemical Resource Engineering;College of Chemical Engineering;Beijing University of Chemical Technology;Department of Chemistry;Taiyuan Normal University;
..............page:1434-1442
Recent progress in catalytic selective dehydration of sorbitol
XIU YuHe;ZHU WenWen;HOU ZhenShan;Laboratory for Advanced Materials;Research Institute of Industrial Catalysis;East China University of Science and Technology;
XIU YuHe;ZHU WenWen;HOU ZhenShan;Laboratory for Advanced Materials;Research Institute of Industrial Catalysis;East China University of Science and Technology;
..............page:1443-1451
CO2-involved synthesis of chemicals by the construction of C–N and C–C bonds
YU Bo;LIU ZhiMin;Key Laboratory of Colloid;Interface and Thermodynamics;Institute of Chemistry;Chinese Academy Sciences;
YU Bo;LIU ZhiMin;Key Laboratory of Colloid;Interface and Thermodynamics;Institute of Chemistry;Chinese Academy Sciences;
..............page:1452-1464
In situ catalytic hydrogenation of carbon dioxide
LI YuNong;HE LiangNian;State Key Laboratory and Institute of Elemento-Organic Chemistry;Collaborative Innovation Center of Chemical Science and Engineering;Nankai University;Center for Molecular Science and Engineering;College of Sciences;Northeastern University;
LI YuNong;HE LiangNian;State Key Laboratory and Institute of Elemento-Organic Chemistry;Collaborative Innovation Center of Chemical Science and Engineering;Nankai University;Center for Molecular Science and Engineering;College of Sciences;Northeastern University;
..............page:1465-1487+1-5
A review of adiponitrile industrial production processes and associated atom economies
ZHU YunFeng;GAO Liang;WEN LangYou;ZONG BaoNing;Sinopec Research Institute of Petroleum Processing;
ZHU YunFeng;GAO Liang;WEN LangYou;ZONG BaoNing;Sinopec Research Institute of Petroleum Processing;
..............page:1488-1501+1
Catalysts and reaction pathways for dehydrogenation and selective oxidation of methanol to methyl formate
CHEN WenLong;LIU HaiChao;Beijing National Laboratory for Molecular Sciences;College of Chemistry and Molecular Engineering;Peking University;
CHEN WenLong;LIU HaiChao;Beijing National Laboratory for Molecular Sciences;College of Chemistry and Molecular Engineering;Peking University;
..............page:1502-1512
Homogeneous synthesis of cellulose derivatives in ionic liquids
ZHANG JinMing;CHEN WeiWei;FENG Ye;WU Jin;HE JiaSong;ZHANG Jun;Beijing National Laboratory for Molecular Sciences;CAS Key Laboratory of Engineering Plastics;Institute of Chemistry;Chinese Academy of Sciences;
ZHANG JinMing;CHEN WeiWei;FENG Ye;WU Jin;HE JiaSong;ZHANG Jun;Beijing National Laboratory for Molecular Sciences;CAS Key Laboratory of Engineering Plastics;Institute of Chemistry;Chinese Academy of Sciences;
..............page:1513-1521
Efficient conversion of carbohydrates into 5-hydroxymethylfurfural in new ionic liquids based on N-methylmorpholine
SONG JinLiang;WU LingQiao;ZHOU BaoWen;HAN BuXing;Institute of Chemistry;Chinese Academy of Sciences;
SONG JinLiang;WU LingQiao;ZHOU BaoWen;HAN BuXing;Institute of Chemistry;Chinese Academy of Sciences;
..............page:1522-1529
Production of 5-methylfurfual or furfural via thermal-catalytic conversion of fructose with pyrolytic solid residue-derived catalysts
XU LuJiang;LU Qiang;YAO Qian;ZHANG Ying;FU Yao;Collaborative Innovation Center of Chemistry for Energy Materials;Department of Chemistry;University of Science and Technology of China;National Engineering Laboratory for Biomass Power Generation Equipment;North China Electric Power University;Institute of Chemical Industry of Forest Products;Chinese Academy of Forestry;
XU LuJiang;LU Qiang;YAO Qian;ZHANG Ying;FU Yao;Collaborative Innovation Center of Chemistry for Energy Materials;Department of Chemistry;University of Science and Technology of China;National Engineering Laboratory for Biomass Power Generation Equipment;North China Electric Power University;Institute of Chemical Industry of Forest Products;Chinese Academy of Forestry;
..............page:1530-1537
Green production of cyclohexanone oxime with a fixed-bed reactor using shaped titanosilicate catalysts
WU Jing;YANG YuLin;DING JiangHong;HUANG ShiJie;WU Peng;Shanghai Key Laboratory of Green Chemistry and Chemical Processes;Department of Chemistry;East China Normal University;
WU Jing;YANG YuLin;DING JiangHong;HUANG ShiJie;WU Peng;Shanghai Key Laboratory of Green Chemistry and Chemical Processes;Department of Chemistry;East China Normal University;
..............page:1538-1545+1-2
An integrated coal- and gas-based energy system: A strategic option for China’s transition toward a low-carbon era?
CHEN QianQian;WANG DanFeng;LEI Yang;TANG ZhiYong;Low Carbon Energy Conversion Technology Center;Shanghai Advanced Research Institute;Chinese Academy of Sciences;
CHEN QianQian;WANG DanFeng;LEI Yang;TANG ZhiYong;Low Carbon Energy Conversion Technology Center;Shanghai Advanced Research Institute;Chinese Academy of Sciences;
..............page:1546-1552
..............page:1553