国家/地区 中国（28）
IPC部 C（14） H（12） B（8）
G（3）
IPC大类 H01（12） C01（6） B01（5）
C09（5） B82（4） G01（3）
C02（2） C08（2）
IPC小类 H01M（7） B01J（5） C01B（5）
B82Y（4） C09K（4） H01G（4）
G01N（3） C02F（2） C08J（2）
C08K（2） C08L（2）
IPC H01M010/0525（5） C01B031/04（4） H01G011/86（4）
H01M004/36（4） B01J020/30（3） B82Y030/00（3）
H01G011/30（3） C02F001/28（2） C02F001/62（2）
C08K003/04（2） C09K011/65（2） G01N027/327（2）
H01G011/24（2） H01G011/36（2） H01G011/46（2）
发明人 LI F（28）
公开年 2016（13） 2015（10） 2017（5）
申请年 2015（28）
专利权人 UNIV NANJING.（5） SHANGHAI INS.（3） FUJIAN XIANG.（2） FUJIAN XIANG.（2）
INST METAL R.（2） UNIV TAIYUAN.（2）

Preparation of superhydrophobic graphene/polyurethane sponge comprises soaking polyurethane sponge into 3-mercaptopropyltrimethoxysilane solution, mixing, stirring, transferring into reaction vessel, reacting and vacuum drying.

JIANG W, ZHOU S, XIE Q, WANG Y, LIU J, ZHOU X, ZHANG N, YU L, QIAN D, LIU D, DAI M, JIANG K, LI F, XIE T

Graphene/redox graphene hybrid nested porous network structured material for use as current collector, comprises three-dimensional connected network structure prepared by chemical vapor deposition method.

REN W, XU C, HU G, LI F, CHENG H

Flexible lithium ion battery comprises cathode black phosphorus nano-graphene composition film with flexibility and strength, thickness, electrical conductivity and cathode capacity.

REN W, CHEN L, ZHOU G, LI F, CHENG H

Preparation of strong fluorescence graphene quantum dots involves using solvent thermal method to expand graphite using hydrogen peroxide solution as oxidant in presence of organic solvent.

JIANG W, TIAN R, WANG T, WU J, ZHONG S, WANG Y, LI F, CHEN Y, GAO H

Preparing double-fluorescent graphene quantum dots involves reacting graphene solution with oxidizing agent i.e. hydrogen peroxide, where obtained product is hydrothermally treated to obtain blue fluorescent graphene quantum dot solution.

JIANG W, TIAN R, WANG T, WU J, ZHONG S, WANG Y, LI F, CHEN Y, GAO H

Preparing reduced graphene oxide/palladium complex nano electro-catalyst useful for fuel cell, comprises using metal palladium salt, graphene oxide and solid reducing agent is raw material.

CHEN J, LI F, XIAO Y, ZHANG A, GONG F

Method for surface modification of lithium ion battery cathode using electrophoretic deposition of graphene comprises e.g. coating stable dispersion graphene cathode electrophoresis and metal sheet to lithium ion battery.

FANG H, LI F, WANG Y, HONG D

Preparation of nitrogen doped graphene composite lithium-iron-phosphate cathode material for lithium ion battery, involves dispersing graphite oxide in water and dispersing iron source, lithium source and phosphoric acid in water.

LI G, LIU W, XU H, REN M, YANG M, LI F

Preparing aluminum oxide/graphene oxide hybrid sheet involves preparing graphene oxide by mixing natural graphite and concentrated sulfuric acid in ice bath, adding sodium nitrate and potassium permanganate, and stirring mixture.

HE Y, LI F, MA Y, PAN Y, SHI T, YU Z, CENG G, DI H

Production of molecularly imprinted electrochemical sensor used for detecting lysozyme, involves coating graphene solution on electrode, immersing electrode in e.g. template protein phosphate buffer, and performing cyclic voltammetry.

LI F, ZHANG M, ZHAO R