corresponding acrylic acid‐d3 and methacrylic acid‐d5 derivatives. The olefinic functionality, as well as the methyl group on the unsaturated functionality of the substrate, were satisfactorily deuterated via the hydrogen (H)‐deuterium (D) exchange reaction. The obtained deuterated compounds are useful building blocks and efficiently converted to the corresponding desired products including a polymer without the
碳上
铂(Pt / C)催化的
氘化
氘(D 2 O)中
丙烯酸和
甲基丙烯酸衍
生物的
氘化反应有效地得到了相应的
丙烯酸d 3和
甲基丙烯酸d 5衍
生物。通过氢(H)-
氘(D)交换反应,可以令人满意地使烯烃官能团以及底物不饱和官能团上的甲基
氘化。所获得的
氘代化合物是有用的结构单元,并且在不降低原始
氘含量的情况下有效地转化为包括聚合物的相应所需产物。