国家/地区 中国（19）
IPC部 C（10） H（9） B（5）
IPC大类 H01（9） B82（3） C01（3）
B01（2） C02（2） C08（2）
IPC小类 H01G（4） B82Y（3） H01L（3）
H01M（3） B01J（2） C01B（2）
C02F（2）
IPC H01G011/30（4） H01G011/86（4） B82Y030/00（3）
H01G011/24（3） H01M004/36（3） B01J020/20（2）
B01J020/30（2） B82Y040/00（2） H01G011/36（2）
H01G011/46（2） H01M004/52（2） H01M004/587（2）
H01M010/0525（2）
发明人 LIU F（19）
公开年 2015（10） 2016（8）
申请年 2015（19）
专利权人 SHANGHAI INS.（5） UNIV JINAN（3） WUHAN INST T.（2）

Preparation of nano-graphene film involves adding graphite powder and sodium nitrate in reaction tank, adding concentrated sulfuric acid and potassium permanganate, reacting, adding water, diluting and adding hydrogen peroxide.

LIU F

Preparation of nickel-manganese layered double hydroxides of nickel foam carbon used as electrode materials, involves mixing treated nickel foam, graphene and preset amount of nickel chloride hexahydrate and manganese chloride.

CHANG X, CHEN H, HAN S, HUANG Q, LI Y, LIN H, LIU F, XUE Y, YANG D, WANG C, AI Y

Preparation of cobalt oxide complex three-dimensional graphene aerogel used for manufacturing lithium ion battery electrode material involves taking graphite sheet, adding sodium nitrate and concentrated sulfuric acid, and mixing.

HAN S, HE Z, LI Y, JIANG J, LIN H, LIU F, QIU F, WANG C, YU F, ZHU J, YU H, LU D

Preparing nano drug carrier used for loading drugs and detecting purposes, comprises magnetic graphene and fluorescent quantum dot, where fluorescent quantum dot is uniformly distributed on magnetic graphene.

LIU F, SONG Y, SUN K, TANG X, YANG L, DING Y

Preparation of magnetic graphene composite material useful for high-efficiency organic dye adsorbent, involves uniformly distributing superparamagnetic iron oxide nanoparticles with preset particle size in surface of graphene material.

LIU F, LIU Y, SUN K, TANG X, YANG L, DING Y

Nickel sulfide/graphene pattern three-dimension composite electrode material for super capacitor electrode material, is obtained by taking graphene oxide, and nickel acetate tetrahydrate and thiourea and carrying out hydro-thermal reaction.

CHU L, HAN S, HE Y, HE Z, HUANG Q, JIANG J, JIANG S, LIN H, LIU F, LIU Y, LI F, MA P, WU H, WANG C, XIONG L, WANG J, HANG Z, AI Y, YE F, SUN S, WANG X, LU D, YU W

Graphene quantum dot large scale preparation method involves taking conductive carbon black and nitric acid, stirring, oil bath heating, raising temperature, pumping argon gas, evaporating, obtaining solid, and adding deionized water.

DU Y, SUN Y, TANG N, ZHONG W, LIU F

Preparation of magnetic fluorescent graphene composite nano-ion probe used for detecting and separating copper ions, involves using magnetic graphene and fluorescence quantum dot nanoparticles, by covalent bonding method.

LIU F, SONG Y, SUN K, TANG X, ZHANG K, YANG L, DING Y

Method for removal of nitrate in underground water involves mixing processed graphene with iron powder, adding surfactant, reacting, filtering, adding resultant as reducing agent and nitrate-polluted water to reactor and reducing.

CHEN G, LI M, LIU F, MA X, LIU X

Preparation of three-dimensional graphene/cobalt oxide composite material, involves adding graphene oxide to dispersant, adding divalent cobalt salt with accelerant and soaking graphene/cobalt oxide hydrogel in deionized water.

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