国家/地区 中国（53） 韩国（2）
IPC部 C（54）
IPC大类 C08（54）
IPC小类 C08J（54）
IPC C08J005/18（54）
发明人 LI X（6） WANG H（5） WANG S（5）
ZHANG G（5） LI C（4） LI Y（4）
WANG T（4） XIA J（4） ZHU Z（4）
WANG Y（3） WANG Z（3） BAI H（2）
JIANG Y（2） LI M（2） LIU S（2）
公开年 2022（37） 2023（17）
申请年 2022（54）
专利权人 YANGZHOU NAL.（5） GOERTEK INC（4） UNIV ZHEJIAN.（3） UNIV ZHEJIAN.（2）

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

Energy storage film i.e. high-temperature capacitive energy storage film used in wearable electronic device, comprises first layer and second layer comprising aramid nanofibers (ANFs), mid-first layer comprising graphene fluoride (GF) disposed between first and second layer, third layer having ANFs.

VU M C, KIM S R, KIM S, VU M

Friction nano-generator based on polydimethylsiloxane composite film used for self-charging power supply system and wear-resistant electronic device, comprises polydimethylsiloxane composite film obtained embedding dimethyl silicone polymer for reducing oxidation and fluorinated graphene propylene.

ZOU H, XIONG X, LIU S, WEI K

Preparing high thermal conductivity insulating polyvinyl butyral intermediate film, comprises e.g. adding few-layer graphene and dispersant into solvent, using high-shear equipment to stir, adding hexagonal boron nitride, silane coupling agent hydrolysis liquid, and polyvinyl butyral, and stirring.

BOHM S, XIAO F, LIU S, QIAO S, RONG C, FENG D

Polypropylene film for battery, comprises polypropylene and hydroxy-containing sub-nano wire, where hydroxy-containing sub-nano wire comprises hydroxyapatite sub-nanowire, gadolinium oxyhydroxide sub-nano-wire, tungsten oxyhydroxide sub-nano-wire and copper oxyhydroxide sub-nano-wire.

ZHANG G, LI X, XIA J, WANG S, ZHU Z

Preparing multifunctional nanocellulose solution used to prepare film as e.g. antistatic material includes oxidizing plant fiber and oxidation/enzymolysis of industrial paper pulp fiber, mixing obtained modified fibers with functional component e.g. hemicellulose and carbon nanotube and fibrillating.

WANG W, MAO H, YANG X

Preparing composite film useful for light-emitting diode packaging, comprises e.g. adding hexagonal boron nitride into sodium hydroxide solution, stirring, filtering reaction product, adding hexagonal boron nitride-graphene oxide composite material to polyvinyl alcohol aqueous solution, and drying.

LAI K, KU S, XU Z, ZHOU B, YU K, HE Z

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

Preparing multilayer composite transparent conductive film comprises e.g. dissolving graphite in anion non-covalent bond surface modifying agent solution, stirring uniformly, transferring to homogenizer for homogenization, and centrifuging.

WAN J, WU S