dkr

Application and progress of dynamic kinetic resolution ( DKR ) technology in asymmetric catalysis

动态动力学拆分方法在不对称催化中的应用与进展

Dynamic kinetic resolution ( DKR ) has extended the scope of methodology for preparation of enantiopure compounds .

动态动力学拆分是合成具有光学活性化合物最方便和最有效的方法之一。

This side reaction in the DKR of secondary happens to be an important factor in the selectivity of DKR products .

这种副反应恰好是影响DKR过程选择性的一个重要因素。

Discipline Knowledge Repository ( DKR ), which includes semi-structured and un-structured information and belongs to Content Management System , asks new requirements for the data model and the modeling methods .

学科知识库是一种内容管理系统，其中包含大量半结构和非结构化信息，对数据模型和数据库设计方法提出了新的要求。

But by using dynamic kinetic resolution ( DKR ) technology , the racemic starting materials can be transformed to one enantiomer totally and the yield can reaches 100 % .

而采用动态动力学拆分方法，所有外消旋底物都能转化成单一的对映体，产率为100%。