1.Most direct substitution of groups bound to an aromatic nucleus is limited to diazonium salts.
大多数连于芳核能被直接取代的基团仅限于重氮盐。
2.The intramolecular cyclization mechanism of this kind diazonium salt under metal cation as catalyst were proposed firstly.
首次推测了金属离子催化下该类重氮盐分子内关环反应的机理。
3.The conversion affection of the substituted groups, metal cations on o-amino-diphenyl ether diazonium salt were studied.
研究了取代基、金属离子对邻氨基二苯醚重氮盐转化反应的影响。
4.The authors have shown that diazonium salts are attractive substrates for Heck couplings , in particular.
作者显示为啥米重氮盐偶合基板有吸引力，尤其。
5.Diazonium Salts as Substrates in Palladium-Catalyzed Cross-Coupling Reactions.
重氮盐类为衬底在钯催化交叉偶联反应。
6.Complexes of phenolic resin and diazonium salt (PR-DS)or diazo resin(PR-DR) were prepared in aqueous solution.
在水溶液中制备了酚醛树脂与重氮盐（PRDS）和重氮树脂（PRDR）的复合物。
7.Heading 32. 04 includes mixtures of stabilised diazonium salts and couplers for the production of azo dyes.
二、品目32.04包括生产偶氮染料用的稳定重氮盐与偶合物的混合物。
8.Determination of tea polyphenols by diazonium-coupled spectrophotometric analysis
茶多酚含量重氮化-偶合分光光度法测定
9.Anthraquinone diazonium zinc chloride compound
蒽醌重氮氯化锌复合物
10.Research on the preparation of dye image diazonium salt sensitive paper
染料影像重氮盐感光纸制备的研究