国家/地区 中国（6）
IPC部 C（6）
IPC大类 C01（6） H01（2）
IPC小类 C01B（6）
IPC C01B032/194（3） C01B032/186（2） C01B033/42（2）
发明人 ZHANG A（6）
公开年 2017（3） 2018（3）
申请年 2017（6）
专利权人 UNIV XIAN JI.（3） SHANDONG SHE.（2）

Preparation of graphene composite porous carbon used as electrode material includes mixing phenolic resin, templating agent and modified graphene, curing, crushing, carbonizing, activating, performing acid treatment, washing and drying.

SHENG J, ZHANG J, ZHANG A, REN F, MENG D

Preparation of graphene material composite mica used as conductive material, comprises soaking mica in oxidizing solution, dispersing into graphene material solution, modifying, filtering, and drying.

REN F, ZHANG J, ZHANG A, WU K

Preparation of graphene composite mica used as conductive material, involves dispersing mica and graphene materials in dispersant to obtain dispersion, heating and pressurizing to obtain graphene composite mica dispersion.

REN F, ZHANG J, ZHANG A, WU K

Preparing large size and high quality graphene based on self-limiting nucleation growth comprises e.g. polishing the copper foil, depositing and covering with nickel metal, adding the covered nickel metal copper foil into growth chamber.

ZHANG A, YANG M, CHEN J, ZHAO Y, WEI W, ZHANG X

Electrochemical self-separation-based large area low damage graphene transfer method involves spraying polymer layer, growing large-area graphene film on surface of metal substrate, and forming protective layer.

ZHANG A, YANG M, CHEN J, ZHAO Y, WEI W, ZHANG X

Transferring graphene for large area and low damage on flexible material based on interfacial layer thermocompression separation, involves subjecting flexible substrate to surface treatment with plasma, covering with self-organized surface.

ZHANG A, YANG M, CHEN J, ZHAO Y, WEI W, ZHANG X