Highly stretchable material beyond intrinsic limits using three-dimensional nanostructures and its fabrication method

摘要

Using a three-dimensional nano-structure according to the present invention material unique or more high elastic limit and the preparation thereof presents a new way to dramatically increase the elastic limit can be through a three-dimensional nanostructured bulk materials through. The invention or regularly in the axial direction of each of the nano-porous polymeric material or size of 1 ~ 2000 nm range, that has an irregular shape are connected to each other in three dimensions or in part connected to each other with a three-dimensional nano-structure of the porous represents an aspect of the nano-size pores and has a porosity of the porous three-dimensional periodic nanostructures pattern made of a material having a nano structure, the polymer bulk material through the stress dispersion effect due to the three-dimensional porous nanostructured pattern or more of the elastic limit and the elasticity can be implemented, and provides a 3D nanostructured porous elastic polymeric materials and methods for their preparation. In addition, the elastic polymer material of the three-dimensional porous nanostructured may provide elasticity or elastic conductor magnetic material including a conductive material or a magnetic material. ;