1
Wang Jinye, Liu Xinming: Cholesterin derivative containing azobenzol group and its synthesis and use. Shanghai Inst Of Organic Chemistry, Cas, wu shenzhong, September 8, 2004: CN03151142 (1 worldwide citation)

The present invention relates to one kind of cholesterin derivative containing aobenzol group and with novel structure, the synthesis of this kind of compounds and their use as light controlled release material in controlling the release of liposome coated medicine. The synthesis process is simple a ...


2
Lu Long, Hu Liqing, Zhang Weixing: Fluoric proton exchange resins of polytrifluorostyrenes, synthesizing process and application thereof. Shanghai Inst Of Organic Chemistry, Chinese Academy of Sciences, wu shenzhong, May 1, 2002: CN01132100 (1 worldwide citation)

A process for synthesizing a proton exchange resin of polytrifluorestyrene type is disclosed, which is characterized by the copolymerization of three trifluorostyrene monomers with different substituents. It has 200000-2000000 of weight average molecular weight, 100000-500000 of number average molec ...


3
Chen Yaofeng, Qian Changtao, Tang Yong: Process for synthesizing trident pyridinimine ligand. Shanghai Inst Of Organic Chemistry, Chinese Academy of Sciences, wu shenzhong, April 10, 2002: CN01113195 (1 worldwide citation)

A trident pyridinimine ligand is prepared through the reaction of 2.6-pyridinedione and aniline derivative or naphthalenamine derivative in organic solvent for 1-50 hrs under existance of aluminium compound or the composition of aluminium compound and silicon compound, as catalyst, and molecular sie ...


4
Zhang Fangjiang, Si Yugui, Jiang Biao: Direct method of reducing sodium bisuflite affixture of adhehyde or methyl ketone into correspondent alcohol. Shanghai Inst Of Organic Chemistry, Chinese Academy of Sciences, wu shenzhong, May 22, 2002: CN01131976 (1 worldwide citation)

The invention relates to a method for directly reducing addition product of sodium hydrogen sulfite which is produced by reaction of aldehyde or methyl ketone and sodium hydrogen sulfite into correspondent alcohol. It is characterized by that after said addition product is extracted and purified, it ...


5
Yan Jianun, Shen Yuehai, Chen Ximin: 3 beta-hydroxy-5-cholenic acid ester derivant, synthesis process and use thereof. Shanghai Inst Of Organic Chemistry, Chinese Academy of Sciences, wu shenzhong, June 21, 2000: CN99119809

The present invention relates to a 3 beta-hydroxy-5-cholenic acid ester type fluorinated derivative, its synthesis method and application for making liquid crystal material. Said invention also provides its molecular formula.


6
Ma Shengming, Wu Shulin: Process for synthesizing beta-halobutenolide. Shanghai Inst Of Organic Chemistry, Chinese Academy of Sciences, li changqun, June 7, 2000: CN99119945

A process for synthesizing beta-halobutenolide features that under the existance of copper halide and/or cuprous halide, 2,3-dienoic acid or its salt (ester) is cyclized at 50-100 deg.C in the mixed solvent of water and organic solvent to obtain beta-halobutenolide. Its advantages are gentle reactio ...


7
Tang Yong, Gao Mingli, Wang Cong, Sun Xiuli, Xie Zuowei, Gao Yuan, Ma Zhi: Catalyst for olefin polymerization. Shanghai Inst Of Organic Chemistry, Cas, wu shenzhong, September 20, 2006: CN200610025918

This invention relates to a kind of catalyst or catalyst system for alkene polymerization and copolymerization, its synthesis method and application in catalyzing alkene polymerization. This catalyst is a kind of IV, V, and VI group transition metal complex of multi-dentate ligands, as is shown in t ...


8
Tang Yong, Wang Cong, Guo Yanghui, Sun Xiuli, Liu Bo, Gao Yuan: Use of non-metallocene polyolefin catalyst in synthesizing ethylene/polar monomer copolymer. Shanghai Inst Of Organic Chemistry, Cas, wu shenzhong, January 3, 2007: CN200610028958

The present invention relates to the use of non-metallocene polyolefin catalyst in synthesizing ethylene/polar monomer copolymer. In the presence of co-catalyst in small amount, non-metallocene polyolefin catalyst is utilized to catalyze the copolymerization of ethylene and polar monomer to obtain n ...


9
Tang Yong, Gao Mingli, Wang Cong, Xie Zuowei, Sun Xiuli, Liu Bo: Use of non-metallocene polyolefin catalyst in synthesizing ethylene/cyclic olefin copolymer. Shanghai Inst Of Organic Chemistry, Cas, wu shenzhong, January 3, 2007: CN200610028959

The present invention relates to the use of non-metallocene polyolefin catalyst in synthesizing ethylene/cyclic olefin copolymer. The catalyst is one new type of III~XI transition metal complex with three teeth ligand. In the presence of co-catalyst in small amount, the catalyst is utilized to catal ...


10
Huang Hao, Cao Xingxin, Jiang Haixia, Jiang Biao: One-step prepn process of acid gossypol derivative with acid and acetone aqua. Shanghai Inst Of Organic Chemistry, Cas, wu shenzhong, January 3, 2007: CN200610028960

The present invention relates to preparation of gossypol derivative, and is especially one-step process of preparing gossypol derivative, such as gossypol acetate and gossypol formate as medicine material, in great amount and high efficiency through heating acidic acetone aqua. By means of extractio ...