国家/地区 中国（173）
IPC部 C（173）
IPC大类 C01（173）
IPC小类 C01B（173）
IPC C01B032/19（173）
发明人 WANG Y（11） XU J（9） ZHANG H（8）
ZHANG Z（8） JANG B Z（7） LI J（6）
WANG J（6） ZHAMU A（6） ZHANG Y（6）
LI X（5） LIU J（5） WANG S（5）
WANG Z（5） CHEN X（4） HAN S（4）
公开年 2021（39） 2020（33） 2017（24） 2022（18） 2023（17） 2018（14） 2015（8） 2019（8） 2016（6） 2014（3） 2013（2）
申请年 2020（36）  2021（32）  2019（22）  2017（17）  2022（15）  2016（13）  2015（10）  2018（9）  2023（7）  2013（6）  2014（5） 
专利权人 NANOTEK INST.（6） JANG B Z（4） LG CHEM LTD（4） TIANJIN AIKE.（4）
ZHAMU A（4） LG CHEM CO L.（3） UNIV BEIJING.（3） UNIV HANGZHO.（3）
UNIV MANCHES.（3） UNIV NORTHEA.（3） ALBEMARLE CO.（2） CHENGDU NEW .（2）
GLOBAL GRAPH.（2） GRAPHENE PLA.（2） GRAPHENE PLA.（2） GUANGDONG BR.（2）
GUANGDONG BR.（2） HUNAN BRUNP .（2） NANJING HANE.（2） SHANGHAI INS.（2）

Sodium ion battery cathode material comprises glass carbon sheet and active layer comprising load active material, conductive agent and adhesive, where active material is prepared by e.g. mixing diethylenetriamine and deionized water, dripping graphene oxide, and mixing branched polyethyleneimine.

WANG Y, ZHENG L, CHEN K, LONG H, WU L, MA Z

Laminated structure composite of graphene with low defect concentration useful as cathode material of alkali metal ion battery, comprises low-defect concentration graphene active substance i.e. iron(II,III) trichloride compound.

WU L, ZHENG L

Preparation of graphene self-supporting material used in alkali metal ion battery material, involves mixing graphene oxide solution, carbon nanotube solution, metal crosslinking agent, reducing agent and ethanol, hydrothermally reacting, drying and molding.

JU Z, CAO X, ZHAO B, XING Z

Low-temperature and fast preparation of oligomeric graphene with large interlayer distance useful in cathode material for potassium ion battery, comprises preparing graphene oxide dispersion by Hummers method, drying, placing graphene oxide powder in tubular furnace and heating.

WANG Q, QIN M, YAN J

Quasi-one/two-dimensional low platinum load catalyst in novel energy filed, has quasi-one-dimensional carbon nano-coil partially chemically stripped and reduced to form quasi-two-dimensional graphene, and surface of nano-porous structure loaded with platinum.

WANG H, SHEN X, LUO X, YU W, LU L

Preparing manganese-based catalyst of ORR reaction of alkaline condition, comprises dispersing graphene oxide (GO) uniformly in aqueous solution of ethylene glycol, adding aqueous solution of dicyandiamide (DCDA) and adjusting pH of resulting mixed solution to be alkaline.

SUN C, XU M

Preparing honeycomb-shaped multilayer graphene, comprises mixing potassium persulfate, phosphorus pentoxide and concentrated sulfuric acid, adding crystalline flake graphite, and mixing pre-oxidized graphite and sodium nitrate, and concentrated sulfonate and reacting to obtain precursor solution.

LIU J, ZHU Y, ZHAO R, PENG Y, QIU X, WU X

Method for preparing graphene by using graphite negative electrode recycled waste lithium, involves using vacuum filtering device to clean electrolytic liquid after electrolytic peeling, freezing and drying graphene processed solution, and sieving powder to prepare finished product graphene.

ZHANG S, ZHANG Z, YANG Q, LIU Q, LIU L, ZHAO H, HU L

Power generation and low-cost energy storage charging by adding nano-graphene balls to photovoltaic glass, adding photoelectric conversion rate to coating, fixing energy storage cabinet on ground, converting low-peak electricity into direct current, and adding nano-graphene balls to cables and wires.

YU H, ZHANG X

Preparation method of graphite material for battery, involves adding nano graphite powder after acid washing in second mixture powder intercalation reaction, adding concentrated acid solution, and washing solid matter by using deionized water.

YANG J