国家/地区 中国（58） 世界知识产权组织（9） 韩国（8） 美国（7） 日本（4） 台湾（3）
IPC部 C（66） H（66） B（17）
F（2）
IPC大类 C08（66）
IPC小类 C08J（66）
IPC C08J005/18（66）
发明人 WANG Z（4） CHEN Y（3） LIN Y（3）
WANG X（3） WANG Y（3） ZHANG B（3）
ZHANG X（3） ZHANG Y（3） BAI H（2）
BAI Y（2） GAO D（2） JANG B Z（2）
JEAN B（2） LEE K（2） LEE S B（2）
公开年 2022（25） 2021（19） 2023（8） 2018（4） 2020（4）
申请年 2021（21）  2022（21）  2020（9）  2019（6）  2017（4）  2014（2） 
专利权人 BEIJING RES .（2） CHINA PETROL.（2） GLOBAL GRAPH.（2） NANOTEK INST.（2）
NISSAN MOTOR.（2） SHENZHEN INS.（2） UNIV SICHUAN（2）

Composition useful in e.g. article, preferably flexible display device of electromagnetic wave shielding film and for transportation devices comprises graphene oxide, nano cellulose, reducing agent comprising hydroxy and amino group.

HONG S W, BAE S, HONG P H, LEE Y, HANUI K, CHOI K W, NO A

Heat dissipation film has two-dimensional heat conduction elements assembled in orientation, and is prepared by dispersing two-dimensional heat conduction elements and gel components in water, placing planar substrate that can release charged particles in assembly liquid, and assembling element.

GAO W, ZHAO N, WU Y, BAI H

Antistatic polypropylene composite film useful in packaging materials, comprises at least first film layer formed from a polypropylene composition and second film layer formed from a polypropylene composition.

BAI Y, XU K, CHU L, LV Y, REN Y, GAO D, XU M, QUAN H

Electromagnetic shielding polypropylene composite film useful in field of packaging material, comprises at least one film layer formed from homopolypropylene, propylene impact copolymer and polyolefin elastomer, and at least one film layer formed from e.g. random polypropylene.

CHOU B, BAI Y, DONG M, QUAN H, GAO D, XU M, LV Y

Preparation of composite heat-conducting film for preparing heat dissipation component of electronic device, involves adding carbon nanotube dispersion to aramid nanofiber aqueous dispersion to form modified dispersion liquid, compounding with graphene dispersion, filtering, drying and heat-treating.

ZHANG D, DIAO R, WANG Y

Preparing perovskite quantum dot/4-aminophenylporphyrin/graphene oxide high thermal conductivity composite film used in heat dissipation comprise coating toluene dispersion of perovskite quantum dots on 4-aminophenylporphyrin, and graphene oxide composite thermal conductivity film.

WANG S, LUAN Y

Preparation of graphene oxide thermally conductive film by dispersing graphene oxide, nanocellulose and polysorbate 20 in deionized water, adding aqueous-based epoxy resin and curing agent to disperse, forming layer of graphene oxide, and coating slurry gel system thermally conductive film.

CHEN D

Corrosion-resistant light high-conductive carbon-based flexible conductive shielding film useful for electronic product including adhered to chip surface and mobile phone gap comprises resin slurry, conductive base material and auxiliary agent.

CHEN L, ZHANG H, XIE H, WU J, LI W, XU S

Preparing thermal conductive composite film comprises graphitizing carbon nano-tube, processing carbon nano-tube into fatty acid, mixing with graphene, ball milling carbon nano tube-graphene, grinding, filtering, drying, rolling and forming.

LIU P

Thermally conductive film for heat dissipation structure, is formed by arranging binder and scale-like carbon materials formed by graphene layers, and making portion(s) of minor axis of binder and minor axes of spaces formed by carbon materials and binder smaller than minor axis of carbon materials.

NAITO T, TSUKADA Y, KENEKO T, YAJIMA A, SHIRATORI K