A novel access to deuterated and D3CO-substituted arenes has been developed using immobilized triazenes as precursors. The linker system and the deuterating cleavage methodology could be shown to be compatible with various functional groups and are therefore suitable for the synthesis of derivatives only hardly available via comparable protocols.
利用固定化的
三氮烯作为前体,开发了一种制备
氘代和D3CO替代的芳香族化合物的新途径。该链接系统和
氘化裂解方法已被证明与各种官能团兼容,因此适用于通过难以通过类似协议获得的衍生化合物的合成。