国家/地区 中国（5）
IPC部 C（7）
IPC大类 C23（7）
IPC小类 C23C（7）
IPC C25B011/06（4） C25B001/04（3） C01B031/04（2）
C23C016/01（2） C23C016/26（2） C23C028/00（2）
C25B011/04（2）
发明人
公开年 2017（7）
申请年 2016（4）  2017（3） 
专利权人

Superconducting graphene coating material comprises titanium alloy-tungsten alloy corrosion-resistant transition layer, and graphene/graphite superconducting layer.

HAN Z, GAO H, WEI K

Surface processing method for graphene substrate of e.g. organic LED used in electronic device, involves forming organic material on one portion of graphene and surface-processing and forming dielectric thin film on organic material.

JAE Y B, SE J K, HYUN J S

Redox catalytic electrode used for preparing hydrogen evolution catalytic electrode, comprises conductive metal layer, graphene layer and molybdenum disulfide layer, where graphene layer is located on the conductive metal layer.

ZHANG G, YANG R, ZHU J, SHI D

Processing method for synthesizing graphene, involves producing flux stream which includes carbon vapor and depositing graphene material from flux stream onto heated substrate at predetermined pressure and temperature values.

KEIDAR M, SHASHURIN A

Hydrogen evolution electrode has a three-stage structure, where primary structure is foamed nickel substrate, secondary structure is graphene sheet supporting nano nickel particles and tertiary structure is nickel hydroxide nano sheet.

SHAO G, WANG L, QIN X, MA Z, DU J, ZHANG P, BAI L, CAO L, LI J

Photo-induced oxidation-reduction reaction electrocatalytic electrode has copper thin film as bottom layer, two-dimensional graphene layer as intermediate layer and layer containing silver nanoparticles as upper layer.

CHEN F, LIU Y

Preparation of the copper-reducing nickel-chromium-graphite clustered foam used in electrolytic cathodes involves plating nickel using copper/self-assembled-reductive graphene cluster composite material as cathode.

TIAN D, LIANG H, LI S, HUANG T, XIA F, ZHOU C