国家/地区 中国（7）
IPC部 C（3） G（3） H（2）
IPC大类 G02（2） H01（2）
IPC小类 G02B（2）
IPC G02B005/00（2）
发明人 KONG W（7）
公开年 2022（7）
申请年 2021（4）  2022（3） 
专利权人 UNIV QINGDAO（2）

Wavelength controlled graphene super-surface photonic crystal surface wave optical device used in field of e.g. optical communication, has film structure element provided with dielectric substrate and dielectric material layer, and graphene super surface is provided with micro-nano structure array.

LIU Q, YIN R, KONG W

Adjustable multi-frequency terahertz perfect absorber has single layer graphene covered with hollow gold electrode, and side gold electrode placed on ion glue layer and respectively connected with anode and cathode of direct current power supply.

KONG W, ZHANG K

Graphene electric heating for converting clean electric energy into heat energy, has temperature controller that is electrically connected with graphene heating film, and frame that is set outside extruded sheet and three-ply plate.

KONG F, KONG W, KONG Y, KONG D

Epitaxially growing large area gallium nitride used in field of semiconductor comprises growing graphene two-dimensional material layer on copper (111) single crystal substrate, epitaxially growing gallium nitride film and cooling gallium nitride film to room temperature.

MA Y, YANG J, KONG W

Photo-catalysis film purifying device for repairing water body, has bottom plate and side wall of purifying groove that are fixedly planted with aquatic plants, and right side of groove is connected with river by drain pipe and drain pump.

KONG W

Chiral selection integrated terahertz near perfect absorber for absorbing polarized light in e.g. imaging display, has ion glue layer formed on first single-layer graphene strip and second single-layer graphene strip, and gold electrode fixed in ion glue layer.

KONG W, ZHANG K

Method for preparing of boron, involves cooling reactor to room temperature, using specific material to wash product, placing product in vacuum drying oven for drying and introducing inert gas as protective gas for calcination.

CHANG A, CHEN L, ZHU J, KONG W