芳醛转化为芳腈的合成研究进展 Keywords: Aromatic Aldehyde; Aromatic Nitrile; Aldoxime; Dehydration; Synthesis [gap=323]关键词：芳醛；芳腈；醛肟；脱水；合成
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...威肟;1-甲硫基乙醛肟;Mercaptoacetone oxime 乙醛肟;亚乙基羟胺;亚乙基胲;Acetaldehyde, oxime;acetaldehyde oxime;acetaldoxime;aldoxime 灭多威;灭多威;虫特威;兰雷威;乙肟威;S-甲基-N-[(甲基氨基甲酰)氧]硫代乙酰胺;万灵;Methomyl;Methyl N-[[methylaminio)...
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Methylthio Aldoxime 灭多威肟
Pyridine-2-aldoxime 吡啶甲醛肟
pyruvic aldehyde aldoxime 异亚硝基丙酮
Pyridine-4-aldoxime 吡啶乙醛肟 ; 吡啶 ; 吡啶甲醛肟
Pyridine-3-aldoxime 吡啶醛肟
pyridine aldoxime methyl mesylate 甲磺酸磷定
Pyridine-2-aldoxime methochloride 氯磷啶
aryl aldoxime 芳香醛肟
N an oxime formed by reaction between hydroxylamine and an aldehyde 醛肟
Sulphone amine and aryl aldoxime as important reaction reagents as well as their high biological activity, has arose more and more attention.
砜基胺类和芳香甲醛肟类等化合物由于其作为反应试剂的重要作用，以及具有非常高的生物活性，引起越来越多人的兴趣。
Under these conditions, the highest yield of anisonitrile from aldoxime was up to 90.7%, and the product anisonitrile was characterized by IR.
在此条件下，从大茴香醛肟到大茴香腈的最高收率达90.7%，并用IR表征了产物的结构。
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