国家/地区 中国（21）
IPC部 C（21）
IPC大类 C01（21） G01（14） B82（10）
H01（6） B32（4） G02（4）
C23（3） H05（3） G03（2）
IPC小类 C01B（21）
IPC C01B031/04（18） B82Y030/00（8） G01N027/30（8）
C01B031/02（4） B82Y040/00（3） C01G009/02（3）
C23C016/26（3） G02F001/1343（3） B32B009/00（2）
B32B037/00（2） B32B037/24（2） B32B038/10（2）
B82Y015/00（2） C01B031/00（2） C01B032/182（2）
发明人 ZHANG J（5） WANG L（4） CHANG J（3）
GAO X（3） GUO E（3） HUANG S（3）
LI Y（3） WANG Y（3） YU Z（3）
YUE H（3） ZHANG C（3） ZHANG H（3）
LEE E（2） LEE E K（2） LI G（2）
公开年 2014（11） 2013（9）
申请年 2013（21）
专利权人 UNIV HARBIN .（3） HANWHA AEROS.（2） HANWHA TECHW.（2） INT BUSINESS.（2）
SAMSUNG TECH.（2） SHENZHEN CHI.（2） WANG Y（2）

Graphene composite for use in device i.e. sensor for sensing analytes e.g. aromatic molecule in sample, comprises photoswitchable layer, graphene layer disposed on photoswitchable layer and substrate.

ANDERSON K, SJONG A, SOONG A, ANDERSON K K

Method for detecting grain boundary of graphene involves oxidizing metal catalyst by reacting laminate of graphene and catalyst metal with an oxide liquid.

LEE E K, YOON J H, LI Y, YOON J, LEE E

Manufacturing graphene film involves preparing catalyst metal having at least surface on which graphene is formed, forming support layer on graphene, and isolating graphene and support layer from catalyst metal.

NA D, LEE E, YOON J, NA D H, LEE E K, YOON J H, LI Y

Forming pores in graphene sheet includes locating graphene sheet in vacuum containing many passivation elements e.g. styrene, forming pore having first diameter via electron-beam and exposing carbon sites to passivation elements.

AFZALIARDAKANI A, MAAROUF A A, MARTYNA G J, MAROOF A A

Graphene composite electrode material preparation method, involves providing glass substrate, forming metal thin film on glass substrate, and patterning metal thin film to form circuit image.

WANG Y

Preparing graphene composite involves synthesizing graphene composite with iron chloride dissolved in ethylene glycol to obtain yellow transparent solution, and adding graphene oxide and sodium acetate to solution and then stirring.

HUANG Y, LI Y, ZHANG J, LI J, LANG L

Manufacture of zinc oxide nanowire/graphene composite foam used as working electrode, involves transferring foamed graphene on indium-tin oxide glass, precasting, forming zinc oxide layer, hydrothermally-reacting, heating and cooling.

HUANG S, YUE H, WANG L, ZHANG C, CHANG J, GAO X, GUO E, ZHANG H, YU Z, ZHANG J

Preparation of electrochemiluminescence sensor for detecting kinase protein activity involves preparing graphene oxide by Hummers method, preparing graphene quantum dots by hydrothermal method, carboxylating, reacting, and incubating.

LIANG R, QIU J, XIANG C

Manufacturing zinc oxide nano-sheet spherical/foamy graphene composite material useful as working electrode, comprises reacting three-dimensional foam graphene/indium tin oxide glass with hydro-thermal reaction solution in a reactor.

CHANG J, GAO X, GUO E, HUANG S, YUE H, WANG L, ZHANG C, ZHANG H, YU Z, ZHANG J

Preparing aptamer sensor for detecting kanamycin residue comprises e.g. using covalent bond-self-assembling technique, introducing thionine, graphene oxide-polyaniline nano-gold, binding kanamycin aptamer, detecting target component.

GUO Y, LIU J, SUN X, WANG X, LI F