cycloiminium salts of pyridine as the starting material. Phosphorylation was done using phosphorus trichloride, and the resulting functionalized iminohalophosphines in situ were further oxidized and substituted through sulfur and a suitable secondary amine (alkyl, alicyclic, and aryl). The reactions were carried out in a dry nitrogen atmosphere. The synthesized products were characterized using different spectroscopic
                                    使用
吡啶的环
亚胺盐作为起始材料,已经成功地获得了八种新型酰
氨基
硫代磷酸盐。使用
三氯化磷进行
磷酸化,所得官能化亚
氨基卤代膦进一步氧化并被
硫和合适的仲胺(烷基、脂环族和芳基)取代。反应在干燥的氮气气氛中进行。合成的产物使用不同的光谱技术(1H 和 31P NMR)进行表征。结合
磷酰基的
吡啶核具有高度
生物活性。因此,合成的有机
硫代磷酸盐应该是潜在的杀虫分子。