细菌和植物可将二氧化碳转化为更为有用的化合物,但人类仍在努力通过实践实现这一挑战。现在,面对这一方向开发的催化系统,以高的周转率使CO2还原为CO已迈出新的一步。美国Massachusetts科技大学化学教授Joseph P.Sadighi等人开发的体系,基于带有N-杂环碳烯配位基的铜氧硼基络 Bacteria and plants can turn carbon dioxide into more useful compounds, but humans are still struggling to meet this challenge through practice. Now, facing the catalyst system developed in this direction, a new step has been taken to reduce CO2 to CO at high turnover rate. The system developed by Joseph P.Sadighi et al., A professor of chemistry at the Massachusetts University of Science and Technology of the United States, is based on a copper-boron-boron complex with an N-heterocyclic carbene ligand