Abstract
The nanosheet having a thickness of 100 nm or less has high adhesive property, flexibility and transparency. Porous nanosheets in which fine pores penetrating the surface of the nanosheet have been used as a separation membrane in the past have been attracting attention as a new imaging material for observing cells in recent years and the demand is increasing. Therefore, in this study, in order to produce large quantities of porous nanosheets, porous nanosheets were prepared by roll nanoimprint method, and the effect of experimental conditions such as pressure and film thickness on micropores was experimentally evaluated.
