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对羧甲巯基苯胺重氮化后与新鲜制备的亚锑酸钠作用,生成对羧甲巯基苯(月弟)酸,再在醋酸溶液中与二氯化锡及盐酸作用,变为二氯化对羧甲巯基苯(月弟).后者与碘化钾作用成为相应二碘化合物,与氨水作用成为相应氧化物.二氯化对羧甲巯基苯(月弟)与巯基乙酸缩合成为二硫醇(月弟)盐,即双羧甲巯基(对羧甲巯基苯基)(月弟).后者在丙酮与水混合剂中热时失去—分子巯基乙酸,成为巯基乙酸对羧甲巯基苯(月弟).二氧化对羧甲巯基苯(月弟)与二巯基丙酸缩合则生成1-对羧甲巯基苯基-3-羧基-2,5-二硫间(月弟)五圜.
Carboxymethylmercaptoaniline after diazotization and freshly prepared sodium antimonate role, the generation of carboxymethyl mercaptophenyl benzene (cousin) acid, and then in the acetic acid solution with tin dichloride and hydrochloric acid into dichloro On the carboxymethyl mercaptophenyl benzene (younger brother). The latter with the role of potassium iodide as the corresponding diiodide, ammonia and water to become the corresponding oxide. Dichloromethane carboxymethyl mercaptophenyl benzene (Yue younger brother) and thioglycolic acid condensation to become the dithiol ( (C-methylmercaptophenyl) (c-methylmercaptophenyl) (cousin). The latter in the acetone and water mixture heat lost - molecular thioglycolic acid, a thioglycolic acid on the carboxymethyl mercaptophenyl Dioxide on the carboxymethyl mercaptophenyl benzene (cousin) and dimercaptopropionic acid condensation is generated 1-carboxymethyl mercaptophenyl-3-carboxy-2,5-disulfide (cousin) Wuyi.