presence of sunlight and UV light but also under thermal condition for comparison study. Moreover, ultrasound assisted new catalytic protocol was developed using Ni(II)/L-proline system in DMSO with the advantage of shorter reaction time compared to earlier reports. We have also developed a new C-Se cross coupling reaction where phenylselenyl chloride and arylhydrazine hydrochlorides were effectively coupled
在此,我们报道了在没有催化剂的情况下二苯基二
硒化物与取代的苯
肼盐酸盐的光
化学偶联。该协议不仅是在阳光和紫外线的存在下开发的,而且是在热条件下进行比较研究的。此外,在
DMSO中使用Ni(II)/
L-脯氨酸系统开发了超声辅助的新催化方案,与之前的报道相比,该方法具有反应时间更短的优势。我们还开发了一种新的C-Se交叉偶联反应,其中使用发达的催化系统有效地偶联了苯基
硒基
氯和芳基
肼盐酸盐。