国家/地区 中国（41）
IPC部 C（41）
IPC大类 C01（41） B82（25） H01（14）
C09（4） B01（3） C08（3）
B22（2） C23（2）
IPC小类 C01G（41）
IPC C01B031/04（25） B82Y030/00（24） B82Y040/00（7）
C01G023/00（6） C01G049/08（6） C01G009/02（5）
C01G049/06（5） H01M004/62（5） C01B031/02（4）
C01G019/02（4） C01G051/04（4） H01G011/36（4）
H01G011/46（4） H01G011/86（4） H01M004/36（4）
发明人 HAN G（4） REN Z（4） SHEN G（4）
ZHANG Y（4） GUO S（3） WANG J（3）
ZHANG L（3） CHEN F（2） JIANG S（2）
LIU S（2） LIU X（2） LIU Y（2）
MA Y（2） MAO H（2） OZKAN C S（2）
公开年 2015（41）
申请年 2015（24）  2014（15）  2013（2） 
专利权人 UNIV ZHEJIAN.（4） UNIV JIANGSU（3） BEIJING INST.（2） GUO S（2）
HARBIN INST .（2） OZKAN C S（2） OZKAN M（2） UNIV CALIFOR.（2）
UNIV SHANGHA.（2） UNIV SHANGHA.（2） UNIV SICHUAN（2） WANG W（2）

Preparation of manganese dioxide comprises adding graphene oxide to deionized water, sonicating, mixing with manganese dioxide precursor and citric acid, stir-heating, cooling, aging, drying, calcining, and treating with sulfuric acid.

GUO S, LIU Y, SONG J, ZHENG P, YUAN X, ZHANG J, ZHANG L

Preparation of strontium titanate/graphene composite nano-catalyst involves dissolving tetrabutyl titanate in ethylene glycol monomethyl ether, adding aqueous ammonia, precipitating, filtering, and mixing graphene oxide and ethanolamine.

HAN G, JIANG S, REN Z, SHEN G, ZUO Q

Preparation of nano zinc oxide/graphene composite material comprises mixing nanozinc oxide aqueous solution and chemical reduced graphene oxide solution to obtain mixed solution, ultrasonically reacting, separating, and washing.

HAO H, LIN Q, WANG L, ZHANG Y

Preparation of high-performance graphene/lithium titanate composite material for lithium ion battery, involves mixing titanium-containing compound, surfactant and organic solvent, dispersing to obtain mixed titanium source dispersion.

CHEN T, FU T, LI Z, ZHANG Y, ZHANG C, BAN W, CHU K

Composite for active material of negative electrode of non-aqueous electrolyte battery, has graphene structure located in between active material particles and having at least one side surface in contact with active material particles.

NAITO K, HARADA Y, YOSHINAGA N, AKASAKA Y, KATSUYUKI N, YASUHIRO H, NORIHIRO Y, YOSHIHIRO A, AKITA M

Preparing graphene/iron oxide composite material comprises reacting graphene dispersion liquid and ferric chloride hexahydrate (or ferric nitrate) in an alkaline environment, and filtering the solution, washing, and drying.

HE D, WANG Y, WU S

Graphene oxide composite material preparation involves adding transition metal-containing powder to aqueous solution of graphene oxide to obtain mixed liquid, and performing ultrasonic treatment to obtain dispersion liquid.

PENG J, WENG J

Preparation of three-dimensional graphene/polyaniline/cobalt oxide composite material for electrode material, involves adding divalent cobalt salt and graphene oxide to crude product of graphene oxide/polyaniline and reacting mixture.

CHANG X, CHU L, HE Z, HUANG Q, JIANG J, LIN H, LIU F, LIU Y, LI F, MA P, WANG C, XIONG L, ZHOU J, WANG J, HANG Z, AI Y, WANG X

Graphene-porous ferric oxide nanorod comprises graphene, which is loaded on ferric oxide nanoparticles, and is prepared by mixing graphene oxide and fibroin solution.

LV Q, SHENG W, ZHU H

Preparing graphene-zinc oxide nanocomposite material used in photoelectrochemical detection of acetamiprid, dissolving solid graphene oxide in water to obtain graphene oxide aqueous solution and then dissolving zinc sulfate.

MAO H, YAN Y