国家/地区 中国（83）
IPC部 B（83）
IPC大类 B82（83） C01（83） H01（14）
C09（12） B01（7） B22（5）
G01（5） C25（4） C08（3）
C23（3） A61（2） B32（2）
C04（2） C06（2） D01（2）
IPC小类 B82Y（83）
IPC B82Y030/00（83）
发明人 LI Y（5） ZHANG Y（5） LI M（4）
LI X（4） LIU Y（4） LIU Z（4）
WANG H（4） YANG S（4） ZHANG Q（4）
CHEN X（3） DU G（3） HUANG Y（3）
LI J（3） PENG Y（3） SONG H（3）
公开年 2016（83）
申请年 2015（38）  2016（32）  2014（13） 
专利权人 UNIV BEIJING.（4） UNIV SOUTH C.（4） LIU Y（3） PENGTAN TECH.（3）
UNIV TIANJIN（3） CHINESE ACAD.（2） HARBIN INST .（2） INST PROCESS.（2）
LG CHEM CO L.（2） LG CHEM LTD（2） NINGBO INST .（2） UNIV ANHUI N.（2）
UNIV DONGHUA（2） UNIV FUDAN（2） UNIV FUZHOU（2） UNIV SHANGHA.（2）
UNIV WUHAN T.（2）

Transfer of graphene-based material used in e.g. telecommunication applications, involves forming graphene-based material layer on holding substrate, and transferring released layer of graphene-based material to active substrate.

LIM H N, MAHDI M A, ABDUL RASHID S, CHEE W K, NG C H, ABDUL BASHID H A, HUANG N M, ABDUL R S, ABDUL B H A, LIM H, CHEN W, WU Z

Production method of graphene/nickel composite material involves dispersing oxidized graphene solution and nickel source, obtaining composite solution of graphene oxide and nickel source, adding to reducing agent and reacting.

CHENG J, ZHANG Z, WU K

Production of white graphene nanoparticles involves preparing boron precursor by subjecting boron feedstock to atomization treatment to produce trichloroborane borane and milling mixed compound to obtain precursor powder.

SUN Z

Preparation of graphene/carbon nanotubes composite material, involves adding nickel nitrate hexahydrate, hexamethylenetetramine and graphene oxide that is obtained from natural graphite powder and performing ultrasonic hydrothermal reaction.

XING H, WANG L, SUN X, LIU Z

Preparing nickel oxide/graphene nano-composite material comprises e.g. dispersing graphite oxide in water ultrasonically to obtain graphene oxide solution, mixing sulfuric acid, carrying out hydrothermal process, compounding and roasting.

HUANG J, LIU X, GU C, GAO L

Preparing three-dimensional graphene involves depositing metal substrate on surface of wire mesh to obtain mesh template, growing graphene on template by chemical vapor deposition to obtain graphene-grown mesh template and etching with acid.

YANG G, WANG W, LIU Z

Preparing molybdenum disulfide/graphene nanocomposite material comprises e.g. transferring mixed solution and three-dimensional columnar reductive graphene oxide into hydrothermal reactor and post-processing.

HUANG J, LIU X, GU C, CHEN Y

Formation of graphene-based material used as supercapacitor electrodes, involves treating mixture comprising etchant and graphene oxide sheets, dispersing holey sheets into solvent and treating dispersion.

DUAN X, XU Y, HUANG Y

Pressure-resistant high-conductivity low-density graphene aerogels doped carbon nanotube composite material has graded aperture, ultra-high specific surface area, and three-dimensional structure.

CHEN X, CHEN J, SONG H

Active carbon composite material useful in lead carbon battery, has loose structure as basic skeleton, where graphene or carbon nanotube is inserted into loose structure of material.

WANG J, LIN H, LI Y