国家/地区 中国（12）
IPC部 G（5） C（3） A（2）
B（2） H（2）
IPC大类 G01（5） A01（2） B01（2）
H01（2）
IPC小类 G01N（5） A01N（2） A01P（2）
B01J（2）
IPC G01N027/327（3） G01N027/48（3） A01N059/16（2）
A01P001/00（2） B01J023/31（2） G01N021/41（2）
G01N021/552（2）
发明人 LI G（3） LIANG J（3） SUN L（3）
XU F（3） ZHOU Z（3） GAO P（2）
HE X（2） JI L（2） JIANG X（2）
LIU H（2） QIAN Y（2） WANG Z（2）
YANG H（2） YANG X（2） YU D（2）
公开年 2019（12）
申请年 2019（12） 
专利权人 UNIV GUILIN ELECTRONIC TECHNOLOGY（12）

Polyimide-grafted polyethylene glycol composite solid-solid phase change material comprises polyimide, graphene oxide and polyethylene glycol as main ingredients.

ZHANG H, ZHANG Q, ZHU Y, HUANG C, JI R, HUANG F, XIA Y, WEI S, SUN L, XU F

Surface plasmon resonance sensor, comprises optical fiber sensor main portion comprising photonic crystal fiber, analyte sensing area and graphene-coated gold-silver nanopillars.

XIAO G, ZHANG K, YANG H, YANG X, YANG Y, LI H, ZHANG F, FU T, DENG Y, SUN T, CHEN Y, LI Q, LIU X

Zr-MOFs/graphene oxide porous composite material comprises Zr-MOFs which is prepared by adding two template agents with different functions at same time, among them, template agent A is graphene oxide, which has both coordination function.

SUN L, ZHAN H, XU F, CHEN P, TU D, WANG Z

Coral shaped cobalt-nickel oxide-graphene oxide based composite material for use as electrode material of supercapacitor, is prepared by preparing nickel oxide-cobalt-supported graphene oxide precursor material followed by calcining.

XIANG C, YANG X, ZOU Y, LIU Y, OU L, XU F, SUN L

Preparation of bismuth tungstate/titania/reduced graphene oxide loaded visible light-responsive composite antibacterial fabric involves dissolving sodium hydroxide and peregal O dissolved in water, soaking cotton fabric, and ultrasonicating.

GAO P, JI L, QIAN Y, ZHANG L, ZHONG S, YU D, JIANG X, HE X

Preparing reduced graphene oxide supported bismuth tungstate/titanium dioxide composite visible light catalyst antibacterial material comprises e.g. dissolving sodium tungstate dihydrate in deionized water, and ultrasonically dispersing.

GAO P, JI L, QIAN Y, ZHANG L, ZHONG S, YU D, JIANG X, HE X

Preparing high thermal conductivity graphene composite film material comprises preparing sandwich structure of GO-Cu-GO composite film material by electrophoretic deposition of graphene oxide suspension and distributing copper particles.

ZHANG P, LI J, WEI X, YAN L, HE H, XU D

Method for preparing reduced graphene oxide/persimmon tannin/platinum-palladium composite nano material for detecting anhydroglucitol, involves placing graphene in water for to obtain graphene suspension and adding ascorbic acid.

LI G, ZHAO L, ZHOU Z, WANG Z, LIANG J

Method for detecting reduced graphene oxide-chitosan-ferrocene/gold nanoparticles nanocomposite-based alpha -fetoprotein, involves pouring graphene oxide into distilled water, followed by dissolving and homogenizing.

LI G, LI W, ZHOU Z, LIANG J

Reduced graphene oxide/tannin palladium/platinum-palladium composite nano material, is prepared by taking graphene, placing in distilled water and ultrasonically dispersing, followed by adding ascorbic acid to suspension and stirring.

LI G, ZENG J, ZHOU Z, LIANG J, HUANG Y