国家/地区 中国（11）
IPC部 C（9）
IPC大类 C01（3） C08（3） C09（3）
C25（2）
IPC小类 C01B（3） C08K（3） C08L（3）
C09K（3） C08J（2） C25D（2）
IPC C08K003/04（3） C01B032/194（2） C08J005/18（2）
C08L001/02（2） C09K005/14（2） C25D011/06（2）
C25D011/24（2）
发明人 LU S（3） LU T（3） REN L（3）
XU X（3） YU J（3） CHEN W（2）
GUAN Y（2） LIU H（2） LIU K（2）
LIU Y（2） MA M（2） PAN H（2）
PENG Q（2） SHANG W（2） WEN Y（2）
公开年 2019（11）
申请年 2019（11） 
专利权人 UNIV GUILIN TECHNOLOGY（11）

Preparing few-layer graphene comprises e.g. dispersing graphite raw materials in specified dispersant system, and placing them in ultrasonic environment to obtain graphite-graphene mixed dispersion liquid and dispensing into centrifuge tube.

PAN H, LIU Y, CHEN W

Preparing resistor immunochromatographic sensor comprises e.g. blending graphene and carboxymethyl cellulose to make viscous graphene powder, and adding specific amount of isopropanol aqueous solution to make up the volume.

PAN H, LIU Y, CHEN W

Modification of perovskite using graphene involves adding dried graphene oxide powder to deionized water, ultrasonically processing, adding hydrazine hydrate, washing, obtaining fluffy graphene powder and preparing perovskite oxide.

HUANG H, LIANG D, XIAO Y, CHEN F, HUANG J, HUANG L, PENG G, YANG Y

Preparation of passivated modified sugarcane molasses graphene quantum dot involves taking sugarcane molasses, adding ultrapure water to adjust volume, stirring and dissolving, ultrasonicating, centrifuging, and taking supernatant.

QIN A, LOU Y, JI J, LIAO L, GUAN H, WU F, HUANG S

Preparing micro-arc oxidation/graphene oxide/silane composite film on aluminum alloy surface comprises e.g. mixing graphene oxide and self-assembly liquid, dispersing, grinding, degreasing, carrying out micro-arc oxidization and drying.

WEN Y, MA M, SHANG W

Preparing micro-arc oxidation/graphene/silane composite film on aluminum alloy surface involves forming graphene oxide by modified hummers method, and then preparing graphene by hydrothermal reduction method, adding organic matter BTESPT.

WEN Y, MA M, SHANG W

Phthalimide derivative functionalized graphene/carbon nano-tube thermal conductive film comprises film and a phthalimide derivative and the one-dimensional multi-walled carbon nano-tubes further connected to form network.

LU S, REN L, YU J, LU T, ZHANG Z, LIU K, PENG Q

Preparing conductive polymer-based composition electromagnetic shielding material comprises e.g. combining a water dispersion of a blend of nanocellulose and graphene oxide, and mixing the blended water dispersion with a polymer solution.

LIU H, GUAN Y, XU X

Bionic layered graphene/perylene bisimide derivative heat-conducting film used e.g. in application of thermal interface materials, comprises structure similar to brick mud layered structure of shell, where graphene sheet is matrix brick.

LU S, REN L, YU J, LU T, PENG Q, LI Y, XU X

Preparing conductive rubber-based composite electromagnetic shielding material involves preparing water dispersion of blend of nanocellulose and graphene oxide, and mixing blended water dispersion with rubber solution.

LIU H, GUAN Y, XU X