史伯安、杨春海等利用FeCl3和SnCL4固载于漆酚聚合物上，制备而成

史伯安、杨春海等利用FeCl3和SnCL4固载于漆酚聚合物上，制备而成的固体高分子催化剂一漆酚铁锡聚合物(UR—Fe—Sn)中存在Fe—O、Sn—O键，该聚合物能催化醋酸正丁酯、丙烯酸正丁酯、乙醇单乙醚醋酸酯及环已酮缩乙二醇等酯和缩酮的合成反，可以克服传统催化剂硫酸, 磷酸, 苯磺酸等均相酸催化剂在有机化学合成中，特别是酯及缩酮(醛)的合成反应中存在的副反应多, 催化剂与产物分离复杂及废酸易造成环境污染等缺点。

결과 (영어) 1:

Shi Boan, and Yang Chunhai, using FeCl3 and SnCL4 solid contains Yu paint phenol polymer Shang, preparation and into of solid polymer catalyst a paint phenol Iron Tin polymer (UR-Fe-Sn) in the exists Fe-O, and Sn-O key, the polymer can catalytic acetate are d ester, and acrylic are d ester, and ethanol single ether acetate ester and the ring has ketone shrink ethylene glycol, Ester and shrink ketone of synthesis anti-, can overcome traditional catalyst sulfuric acid, phosphate, benzene sulfonic acid, are phase acid catalyst in organic chemical synthesis in the, especially ester and the shrink ketone (aldehyde) Reaction in the synthesis of side reactions, catalyst and separating waste acid complex and likely to cause pollution of the shortcomings.

결과 (영어) 2:

Shi Boan, 杨春海 such as the use FeCl3 and SnCL4 urushiol immobilized on a polymer produced from a solid polymer catalyst urushiol iron tin polymer (UR-Fe-Sn) in the presence of Fe-O, Sn-O bond The polymers can be catalyzed n-butyl acetate, n-butyl acrylate, ethyl alcohol monomethyl ether acetate and cyclohexanone, diethylene glycol and other synthetic esters and ketals contrast, it can overcome the traditional catalyst sulfuric acid, phosphoric acid, etc. homogeneous acid catalyst in synthetic organic chemistry, especially ester and ketal side reactions (aldehydes) synthesis reaction in the presence of more complex catalyst separated from the product and waste acid is easy to cause environmental pollution and other shortcomings.

결과 (영어) 3:

The disadvantages existing in the reaction of synthesizing butyl butyl polymer immobilized SnCl4, Bo an Shi Chun Hai Yang using FeCl3 and urushiol polymer, preparation and solid catalyst urushiol iron tin polymer (ur - Fe, Sn) existed in Fe - O, Sn - O bond, the polymer can catalyze acetic acid, acrylic acid, alcohol monoether acetate and ring have been ketal ethylene glycol ester and ketal reaction and can overcome the shortcomings of traditional sulfuric acid, phosphoric acid, benzene sulfonic acid homogeneous acid catalysts in organic synthesis, especially ester and ketal (aldehyde) side reaction, the catalyst and the product separation of complex and waste acid is easy to cause environmental pollution.