国家/地区 中国（20） 世界知识产权组织（13）
IPC部 H（26）
IPC大类 H01（26）
IPC小类 H01G（26）
IPC H01G011/86（24） H01G011/46（11） H01G011/32（10）
H01G011/50（10） H01G011/36（9） H01G011/06（7）
H01G011/30（7） H01G011/84（5） H01G011/28（4）
H01G011/68（3）
发明人 XIAO L（26） ZHONG L（26）
公开年 2016（13） 2017（7） 2018（6）
申请年 2016（26） 
专利权人 XIAO L（26）

Preparing manganese dioxide-graphene foam electrode sheet, comprises e.g. adding graphite oxide and polyacrylonitrile into ball mill, ball-milling, adding ball-milled mixture to ethanol and water mixed solution for ultrasonic dispersion.

XIAO L, ZHONG L

Method for manufacturing carbon nanotube-graphene foam composite electrode, involves placing solvent in muffle furnace protected by hydrogen-nitrogen gas mixture to react in furnace, and immersing product in hydrochloric acid.

XIAO L, ZHONG L

Method for preparing graphene composite positive electrode sheet of lithium ion capacitor, involves filtering off and evaporating solution to obtain positive electrode sheet of graphene composite lithium molybdenum trioxide material.

XIAO L, ZHONG L

Method for preparing positive electrode sheet of lithium ion ultra-capacitor, involves coating slurry on positive electrode sheet, and drying positive electrode sheet to obtain positive electrode sheet comprising graphene coating.

XIAO L, ZHONG L

Producing graphene composite positive electrode material, useful in lithium ion super capacitor, comprises e.g. uniformly mixing lithium carbonate and molybdenum trioxide, introducing mixture into muffle furnace, and reacting.

XIAO L, ZHONG L

Producing graphene composite cathode material, useful in lithium ion super-capacitor, comprises e.g. mixing lithium carbonate and molybdenum trioxide, introducing mixture into muffle furnace and reacting to obtain lithium molybdate material.

XIAO L, ZHONG L

Preparation of lithium ion supercapacitor anode plate involves mixing lithium carbonate and molybdenum trioxide, feeding to muffle furnace, and reacting under hydrogen and nitrogen mixed protective atmosphere.

XIAO L, ZHONG L

Preparation of activated carbon composite graphene foam electrode sheet involves coating activated carbon ethanol suspension on graphene foam prepared using e.g. oxidized graphite, polyacrylonitrile and foam nickel, and drying.

XIAO L, ZHONG L

Preparation of polythiophene composite graphene foamed electrode sheet involves placing foamed graphene in thiophene solution, adding initiator, stirring, maintaining, filtering, and vacuum-drying.

XIAO L, ZHONG L

Preparation of carbon nanotube composite graphene foam electrode sheet involves dispersing carbon nanotubes in ethanol, applying obtained suspension on foamed graphene prepared using e.g. graphite oxide and polyacrylonitrile and drying.

XIAO L, ZHONG L