Highly efficient in-situ fabrication process of 2D−2D-type nanohybrids
The rapid growth in interest and the large number of achievements in recent years suggests that perforated two-dimensional (2D) materials with precise control of nanopores and density are indeed new generation materials with direct application in various market segments (i.e., membrane technology,
electronics, energy storage and generation, DNA sequencing, etc.). In the present invention, a method is developed to perforate 2D materials sheets with controlled pore size and density. Further, an integrated approach is developed using the present method to produce membranes at an industrial scale. 2D materials developed by various technologies can be used to perforate with the existing method.
