国家/地区 中国（13）
IPC部 H（13）
IPC大类 H01（8） H05（5） B82（4）
C08（4） C01（2）
IPC小类 H01M（8） H05K（5） B82Y（4）
C08J（4） C08K（4） C08L（4）
C01B（2）
IPC H01M004/62（7） H01M010/054（7） B82Y030/00（4）
B82Y040/00（4） C08K003/04（4） H01M004/58（4）
H05K009/00（4） H01M004/36（3） C08K003/22（2）
C08K005/09（2） C08K005/14（2） C08L083/07（2）
H01M004/48（2）
发明人 CAO L（6） HUANG J（6） LI J（6）
GUO L（4） XU Z（4） FENG Y（3）
JI Z（3） LUO T（3） MA J（3）
SHAO L（3） ZHANG M（3） ZHANG T（3）
GAO K（2） LI X（2） LIU J（2）
公开年 2021（10） 2022（3）
申请年 2021（13）
专利权人 UNIV SHAANXI SCI TECHNOLOGY（13）

Preparing foamed silicone rubber composite material for electromagnetic shielding, involves mixing silicone rubber, foaming agent, 2,5-dimethyl-2,5-bishexane, dicumyl peroxide, zinc oxide, and stearic acid, mixing with high conductive carbon black, rolling, cutting, pre-heating, curing and foaming.

JI Z, ZHANG M, MA J, LI X, ZHANG T, SHAO L

Preparing silicone rubber electromagnetic shielding complex material with three-layer structure comprises e.g. mixing raw silicone rubber, 2,5-dimethyl-2,5-bishexane, zinc oxide, stearic acid, and white carbon black, cutting into sheets, adhering all sheets, hot pressing, and curing.

JI Z, ZHANG M, MA J, LI X, ZHANG T, SHAO L

Preparing efficient polydimethylsiloxane-based electromagnetic shielding composite film comprises e.g. depositing conductive filler dispersion on porous polydimethylsiloxane film by vacuum filtration, volatilizing ethanol, adding pure polydimethylsiloxane for encapsulation, and curing.

JI Z, YANG Y, MA J, ZHANG T, ZHANG M, SHAO L

Preparing reduced graphene oxide/aramid nanofiber composite aerogel useful for electromagnetic shielding, comprises e.g. reacting graphene oxide powder with reduced graphene oxide suspension, mixing aramid fiber, and deionized water, and mixing obtained suspension with aramid nanofiber gel.

DAI X, DAI Q, CHEN S, LU Z, GAO K, XIE F

Preparation of composite film of reduced graphene oxide coated carbon nanotubes /tin oxide with hollow structure used in button cell, by mixing tin(IV) chloride pentahydrate, polystyrene microsphere and carbon nanotube and reacting.

YE X, ZHANG L, FENG L, HOU X, SUO G, HE R, LIU J, XUE F, GUO W, SUN Y, YANG Y

Preparing graphene/carbon black conductive ink useful in ink direct writing three-dimentional printing, and flexible electronic device comprises e.g. dispersing carbon black and graphene in deionized water and absolute ethanol, and adding aqueous acrylic resin, and methyl cellulose.

DENG X, WU D, WANG J, ZHANG Z, ZHAO C

Preparation of sandwich-like tin selenide/reduced graphene oxide for cathode in sodium-ion battery, involves adding graphene oxide in glycol, inorganic tin salt, surfactant and selenium powder, filtering black powder, and freeze-drying.

HUANG J, WANG F, LI J, CAO L, WANG L, LIU Q

Preparation of carbon-coated sandwich structure of tin selenide/reduced-graphene oxide-carbon composite for sodium ion battery, involves dispersing graphene oxide with glycol or glycerol, and mixing inorganic tin salt and selenium powder.

HUANG J, HU Y, WANG F, LI J, CAO L, WANG J, LIU X

Preparing multi-level structure tetraoxide antimony graphene composite material used as cathode material of sodium ion battery, involves adding antimony tartrate into uniformly dispersed graphene oxide aqueous solution.

HUANG J, LUO T, GUO L, CAO L, LI J, XU Z, FENG Y, CHEN J

Preparing carbon-coated antimony selenide/graphene composite material involves adding graphene oxide into distilled water, and then adding antimony potassium tartrate, polyvinylpyrrolidone and carbon source under stirring.

HUANG J, GUO L, LUO T, CAO L, LI J, XU Z, FENG Y, WANG H