国家/地区 中国（11）
IPC部 C（11） B（2）
IPC大类 C08（11）
IPC小类 C08K（10） C08L（10） C08J（5）
C09K（2）
IPC C08K003/04（8） C08L083/04（4） C08K003/22（3）
C08J005/06（2） C08J005/18（2） C08K003/14（2）
C08K003/36（2） C08K007/06（2） C08K007/26（2）
C08K009/02（2） C08L007/02（2） C08L009/06（2）
C08L065/00（2） C08L077/06（2） C08L079/02（2）
发明人 HE A（2） LIU Y（2） NIE H（2）
WANG H（2） YAN Y（2） ZHANG G（2）
ZHANG Y（2） ZHAO P（2） ZHAO S（2）
公开年 2022（11）
申请年 2022（10） 
专利权人 UNIV QINGDAO SCI TECHNOLOGY（11）

Light porous conductive silicone rubber nanocomposite useful in electromagnetic interference shielding, has matrix conductive functional framework and external reinforcing coating skin layer, where conductive framework is three-dimensional continuous porous aerogel network framework structure.

YU W, ZHAO P, CUI J, GAO A, ZHAO S, ZHANG Y, YAN Y, ZHANG G

Composite gel of modified carbon fiber based on asymmetric oxidation graphene useful in mechanical equipment, preferably sensors, capacitors and electrodes comprises water-soluble polymer hydrogel loaded with attached with asymmetric graphene oxide of carbon fiber.

ZHOU S, ZONG L, ZHANG N, ZHANG J, DUAN Y

Preparing nano-reinforced carbon fiber composite material useful in e.g. aerospace, comprises e.g. mixing nano-materials with dispersion working substance, dispersing into gas phase nano-dispersion mist by pulse electric arc, baking, heating, adding epoxy resin, rolling, heating and curing.

GAO C, ZHANG D, WANG Y, SHI S, BI L, ZHANG C, HE Y

Phase-change energy storage heat-conducting film material based on crystalline trans rubber used in building energy saving, wear-resistant heat management devices, cold chain transportation, medical care and waste heat utilization comprises trans-rubber film, trans-rubber and heat conductive filler.

LIU C, HE A, NIE H

Preparing graphene nano-silica composite material by in-situ comprises uniformly dispersing graphene drying powder stirring and absorbing on the graphene surface, adding brine solution, sodium silicate, stirring and dissolving uniformly, heating, uniformly dissolving, washing and drying.

MENG X, GENG S, WANG H, CAI W, LIU Y

Preparing jagged conductive silicone rubber nano-composite material useful in electromagnetic wave shielding field, comprises e.g. injecting conductive filler into mold with serrated cavity to construct three-dimensional continuous conductive network skeleton, filling silicone rubber, and curing.

LIN H, ZHANG X, ZHAO P, ZHAO S, ZHANG Y, YAN Y, ZHANG G

Preparing high-performance polymer-based composite material with a double network structure involves using the polymer materials currently available for three-dimensional printing as the matrix, setting a reasonable printing filling rate, and using the characteristics of three printing molding.

HAN X, HE A, NIE H

Roller friction auxiliary agent for flame retardant conveyer belt, comprises nano white carbon black, dimethyl silicone polymer, silane coupling agent, graphene coupling agent, and dispersant.

WANG Z, KANG L, ZHANG B

Preparing natural rubber latex/emulsion styrene butadiene rubber/silicon dioxide-graphene oxide composite material useful as reaction compatibilizer, comprises e.g. mixture of the natural rubber latex/emulsion styrene butadiene rubber mixed solution and silicon dioxide-graphene oxide hybrid material.

ZHAO R, HU Y, LIANG Z, LI Y, JING Y, ZHANG S, WANG H, ZHAO C, LI Q, LIN G

Preparation of silicone rubber-based strain sensor, by preparing reduced graphene oxide/polydimethylsiloxane composite material using hydroxy silicone oil emulsion into strips, fixing copper foils on both sides of strips with conductive silver paste, and encapsulating strips with polyimide tape.

YUAN Y, LI A, GAO Q, CHENG S, WANG X, TANG Y, GUAN S