国家/地区 中国（58）
IPC部 C（28） H（23） B（12）
G（9） A（2）
IPC大类 H01（23） C08（13） C01（8）
B01（5） B29（4） G01（4）
C02（3） A61（2） C25（2）
G02（2） G06（2）
IPC小类 C08K（12） C08L（12） H01M（11）
C01B（7） B01J（5） H01G（5）
H01L（5） C02F（3） C08J（3）
G01N（3） B29B（2） B29C（2）
C08H（2） G02F（2） G06F（2）
IPC C08K003/04（11） H01M004/62（7） H01M010/0525（7）
C08K003/22（5） H01M004/36（5） C01B031/04（4）
C08L097/02（4） C01B032/184（3） C08K009/10（3）
H01M004/583（3） B29B007/90（2） B29C043/58（2）
C01B032/194（2） C08H008/00（2） C08K005/098（2）
发明人 LI F（58）
公开年 2016（28） 2017（28） 2018（2）
申请年 2016（58）
专利权人 DONGGUAN LIA.（4） HISENSE ELEC.（4） ANHUI GUOFEN.（3） FUJIAN XIANG.（3）
INST METAL R.（3） SHANGHAI INS.（3） CHU S（2） HANGZHOU FUX.（2）
TIANJIN XIHA.（2） UNIV SOUTHEA.（2） UNIV SOUTHWE.（2） UNIV TIANJIN.（2）
WUHU ANRUI L.（2） YIN Z（2）

Method for preparing counter electrode material that is utilized for quantum dot sensitized solar cell, involves preparing molybdenum disulfide-reduced graphene oxide microspheres followed by preparing slurry, coating and heat treating.

LI F, ZHEN M, JIN Z, LAI P, XU L

Preparing supercapacitor electrode material containing disulfide bonds comprises e.g. adding graphene oxide and anhydrous dimethylformamide into flask, adding p-phenylene diisocyanate and adding aniline and 2,2'-dithiodiphenylamine.

LI F

Graphene Nano mass sensor vibrating characteristic semi-analytic method, involves calculating total motion differential equation, and outputting property analysis result of graphene Nano mass sensor according to transfer and boundary matrix.

SHEN Z, JIANG R, TANG G, LI F

Preparation method of modified graphene oxide/polylactic acid composite material, involves taking graphite as raw material, preparing graphite oxide under action of strong oxidant, processing graphite oxide, and dispersing graphene oxide.

GUO X, LI F, ZHAO L, ZHANG H, GE C, WANG X

Graphene conducting film sticking device comprises main body frame provided with supporting plate, electric control box, polyethylene type film releasing roller, steel roller provided with rubber roller, and wind-up roll connected to motor.

XIANG X, ZHOU B, LI F

Fluid collector-electrode-diaphragm integrated structure for semi-liquid lithium-sulfur battery, has carbon layer/polymer composite structure containing carbon material having interaction with polysulfide and highly-conductive graphene.

LI F, FANG R, ZHAO D, LIU C, HOU P, PEI S, CHENG H

Functionalized graphene aerogel, prepared by e.g. ultrasonically dispersing oxidized graphite to form a dispersion, using (3-mercaptopropyl) trimethoxysilane solution, mixing, stirring, sealing reaction kettle, reacting, freezing and 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

Flexible packaging graphene lithium ion battery for use as rechargeable battery, has positive and negative electrodes that are led out by positive and negative electrode tips, and electrodes are packaged in flexible package case.

LI C, LI F, LI Y, SUN H, WANG T, WANG Y, XU G, ZHANG L, ZHANG Y

Method for manufacturing graphene-metal composite material i.e. utilized in e.g. dental planting, involves mixing graphene quantum dots with nano metal element, followed by grinding, quenching and refining by laser treatment.

CHU S, LI F, YIN Z, ZHANG W

Preparing graphene-nonmetal-metal composite material molded with casting layer, comprises e.g. mixing, grinding and shearing graphene quantum dot and/or graphene microchip with nonmetal simple substance/compound-metal simple substance.

CHU S, LI F, YIN Z, ZHANG W