▎ 摘　　要

NOVELTY - Preparation of conformal graphene involves (1) spin coating SU-8 (epoxy-based negative photoresist) on glass at speed of 500-3000 rps for 60-180 seconds, pre-baking at 60-90 degrees C for 60-90 minutes, focusing femtosecond laser oscillator on SU-8 photoresist for processing, exposing for 500-1000 mu s, post-baking at 70-100 degrees C for 10-30 minutes, developing with acetone solution for 30-120 seconds, obtaining three-dimensional nanostructures, (2) spin coating 2-10 mg/mL graphene oxide solution onto the above three-dimensional nanostructure at pin coating speed of 500-3000 rps for 60-180 seconds, drying in air for 6-8 hours, obtaining three-dimensional nanostructure of graphene oxide, (3) focusing femtosecond laser oscillator on graphene oxide film for processing, adjusting the position of the processing platform to achieve the focus of the oscillator pulse at different heights, and exposing for 100-1000 microseconds. USE - Preparation of conformal graphene for power supply (claimed). DETAILED DESCRIPTION - Preparation of conformal graphene involves (1) spin coating SU-8 photoresist on glass at speed of 500-3000 rps for 60-180 seconds, pre-baking at 60-90 degrees C for 60-90 minutes, using femtosecond laser oscillator for processing, using oil immersion objective lens with a numerical aperture of 1.35 and a magnification of 100, focusing femtosecond laser oscillator (center wavelength is 780 nm, pulse duration of 120 fs) on SU-8 photoresist for processing, adjusting the position of the processing platform to achieve the focus of the oscillator pulse at different heights, exposing for 500-1000 mu s, post-baking at 70-100 degrees C for 10-30 minutes, developing with an acetone solution for 30-120 seconds, obtaining three-dimensional nanostructures, (2) spin coating 2-10 mg/mL graphene oxide solution onto the above three-dimensional nanostructure at pin coating speed of 500-3000 rps for 60-180 seconds, drying in air for 6-8 hours, obtaining three-dimensional nanostructure of graphene oxide, (3) using femtosecond laser oscillator to process the three-dimensional nanostructure of the spin-coated graphene oxide, using an oil immersion objective lens with a numerical aperture of 1.35 and a magnification of 100, focusing femtosecond laser oscillator (center wavelength is 780m, pulse duration of 120 fs) on graphene oxide film for processing, adjusting the position of the processing platform to achieve the focus of the oscillator pulse at different heights, and exposing for 100-1000 microseconds.