国家/地区 中国（10）
IPC部 C（7） B（4） G（3）
IPC大类 B01（3） C01（3） G06（3）
C08（2）
IPC小类 C01B（3） G06F（3） B01F（2）
C08F（2）
IPC C01B031/04（3） G06F003/041（3） B01F017/52（2）
C08F220/14（2） C08F283/06（2）
发明人 TAN H（10）
公开年 2016（7） 2015（3）
申请年 2015（10）
专利权人 UNIV WUHAN T.（4） WUXI GRAPHEN.（4）

Preparation of surfactant used for controlling compatibility of controllable graphene by reacting subjecting styrene monomer to free-radical copolymerization with methacrylate and polyether macromer initiator, precipitating, and drying.

HUANG J, JIAN S, LI X, MA B, TAN H, ZHU Y

Graphene touch sensor manufacturing method, involves performing metal grid electrode pattern manufacturing process, and fixing surface of target substrate on laser etch line seat, and performing graphene touch sensor cutting process.

QIN X, TAN H, YANG J

Manufacture of patterned graphene used for manufacture of graphene functional device for e.g. touch sensor comprises setting target substrate surface with printed pattern of peelable binder, curing, and transferring graphene.

TAN H, YANG J

Stored graphene film comprises layered structure comprising release film/graphene/semi-cured film/release film.

TAN H, WANG W, WANG X, YANG J

Transferring of hot melt graphene film involves growing graphene on substrate, pressing hot melt adhesive film and target substrate in hot nip roller and removing graphene grown on substrate after lamination.

TAN H, WANG W, WANG X, YANG J

Preparing diisocyanate linked oxyhydroxide surface oxidized graphene flame retardant comprises e.g. providing e.g. graphene oxide, polar inert solvent, catalyst, and ultrasonic dispersing in polar inert solvent to obtain mixture.

HUANG J, JIAN S, LI X, MA B, TAN H, CHEN T

Preparation of surface active agent for compatibility controlled oxidation of graphene peeling, involves carrying out copolymerization of styrene monomer, methacrylate and polyether macromonomer by free radical copolymerization.

HUANG J, JIAN S, LI X, MA B, TAN H, ZHU Y

Preparation of oil/water separation multifunctional composite membrane material by preprocessing porous copper thin film, soaking in chitosan/glutaraldehyde/graphene oxide acetic acid mixed solution, drying, and soaking in sodium hydroxide.

LIU Y, TAN H, ZHANG D, ZHANG E, SUN X

Preparation of graphene-modified silica fumes for use in cement and concrete materials, involves preparing modified graphene by reacting carboxy graphene and KH-550, and hydroxylating silica fumes using modified graphene.

HUANG J, JIAN S, LI X, MA B, TAN H, WANG X, LANG G, WANG Y

Graphene touching screen sensor manufacturing method, involves removing graphene thin film in graphene lap joint area, and arranging graphene thin film on metal electrode sensor after performing pattern printing process.

YANG J, TAN H