国家/地区 中国（10）
IPC部 H（10） B（2）
IPC大类 H01（10）
IPC小类 H01M（5） H01G（4） B82Y（2）
IPC H01G011/30（4） H01G011/86（4） H01M004/36（4）
H01M004/583（3） H01M004/62（3） H01M010/054（3）
B82Y030/00（2） H01G011/24（2） H01G011/32（2）
H01G011/36（2） H01M004/58（2） H01M010/0525（2）
发明人 LI J（6） HUANG J（4） CAO L（2）
FENG Y（2） JIA F（2） LI M（2）
LIU H（2） LIU L（2） LU Z（2）
LUO X（2） NING D（2） XU Z（2）
公开年 2019（6） 2020（4）
申请年 2019（10）
专利权人 UNIV SHAANXI SCI TECHNOLOGY（10）

Preparing zinc-cobalt-nickel oxide/graphene/ANF composite thin-film electrode involves dissolving zinc salt, nickel salt, cobalt salt, cetrimonium bromide and ammonium fluoride in water and stir to obtain homogeneous mixed solution.

LU Z, HUANG J, LI J, JIA F, JIN Z, NING D, MA Q

Use of highly conductive graphene oxide with surface-modified transition metal ions for preparation of conductive leather, where the graphene oxide is obtained by adsorbing transition metal ion complexes on highly conductive graphene oxide.

LUO X, JIANG W, FENG J, ZHANG P, QIN R, LIU L

Preparation of composite biomass material used as electrode material, involves immersing pile in graphene oxide aqueous solution, reacting obtained material in nitrogen-containing gas.

XIONG C, LI B, DUAN C, LI M, YANG Q, DANG W, ZHAO W, DAI L

Method for preparing nanonickel cobaltite or reduced graphene oxide or aramid nanofiber composite film for electrode material of self supporting supercapacitor, involves adding graphene oxide to water, followed by dispersing by ultrasound.

LU Z, HUANG J, LI J, JIA F, NING D

Preparing lithium titanate-graphene composite material comprises e.g. adding potassium chloride to deionized water, stirring, adding first solution to absolute ethanol, stirring, and adding butyl titanate under stirring condition, and aging.

LIU H, ZHAO X, FENG Y, PANG L, LI J, LIU X

Method for preparing sulfur-supported molybdenum oxide/graphene hollow structure electrode material, involves dissolving ammonium tetramolybdate tetrahydrate in water, and adding nitric acid, followed by heat-treating in argon atmosphere.

LIU H, MA G, FENG Y, WANG H, LUO T, HU Y, QIAN C, LI J

Molybdenum disulfide doped epitaxial graphene positive electrode material for magnesium-lithium double salt ion battery, is prepared by loading epitaxial graphene on molybdenum disulfide nano-flower composite material.

HOU X, CHANG T, YANG Y, SHI H, PAN J, WANG Y, FENG L, ZHANG L, SUO G, YE X, ZHU J

Method for preparing bacterial cellulose-based flexible nitrogen-doped graphene supercapacitor electrode material for preparing super capacitor, involves adding nitrogen source to graphene oxide dispersion, followed by hydrothermal reacting.

ZHANG S, ZHOU H, TANG R, LIU L, ZHOU Q

Preparation of antimony pentoxide/graphene oxide/carbon cloth electrode material for carbon cloth-based flexible sodium ion battery anion, involves immersing carbon cloth in acetone, taking out, washing, drying, anodizing, and washing.

FEI J, WANG N, HUANG J, CAO L, XU Z, LI J, ZHENG X, LI M

Preparing graphene oxide doped iron(II) sulfide nano material composition used in sodium ion battery cathode material includes grinding ferric ammonium oxalate and urea, heat treating, dispersing in deionized water, centrifuging and cooling.

CAO L, WANG R, HUANG J, LI J, XU Z, GUO P, GUO L, LUO X