中科院大连化物所邓伟侨研究员等近日开发出一种共轭微孔高分子材料,能在常温常压条件下捕获二氧化碳,同时催化其与环氧烷烃反应,生成高附加值的环碳酸酯。这意味着,困扰全球的二氧化碳减排问题有了新的解决思路。新开发的共轭微孔高分子材料,主要通过将催化中心(salen-金属)镶嵌入共轭微孔高分子骨架制得,在常温常 Researchers Deng Weiao, researcher at Dalian Institute of Chemical Physics, Chinese Academy of Sciences recently developed a conjugated microporous polymer material capable of capturing carbon dioxide under normal temperature and pressure while catalyzing its reaction with alkylene oxides to form high added cyclic carbonic esters. This means that there is a new solution to the problem of carbon dioxide emissions that plague the world. The newly developed conjugate microporous polymer materials, mainly through the catalytic center (salen-metal) inlaid into the conjugate microporous polymer skeleton obtained at room temperature often