Reversible and angstrom-order size control of carbon micropores by mechanical compression

分子筛模板炭是一种微孔尺寸均匀为1的非凡柔性微孔材料，简单地通过机械力就可以连续可逆地控制其微孔尺寸。2海里。此外，我们还通过实际实验证明了微孔大小的变化对气体吸附能力的显著影响。机械压缩碳微孔的可逆和埃级尺寸控制原理可应用于新型传感器和分子筛的制备。

Simply by mechanical force, it is possible to successively and reversibly control the micropore size of zeolite templated carbon, which is an extraordinary flexible microporous material with a uniform micropore size of 1. 2 nm. In addition, we have demonstrated that the change of the micropore size induces remarkable effects for gas adsorption capabilities by actual experiments. Such a principal as reversible and angstrom-order size control of carbon micropores by mechanical compression can be applied to the preparation of a new type of sensors and molecular sieves.