国家/地区 中国（11）
IPC部 C（13）
IPC大类 C25（13） C01（5） B01（2）
B82（2） C23（2） H01（2）
IPC小类 C25D（13）
IPC C25D009/04（13）
发明人 LI X（3） DU X（2） WENG W（2）
YANG J（2） ZHU M（2）
公开年 2017（13）
申请年 2017（6）  2016（5）  2015（2） 
专利权人 UNIV DONGHUA（2）

Preparing a graphene-metal oxide three-dimensional porous composite material involves producing a graphene nanosheet into a three-dimensional porous graphene macrostructure and depositing metal oxide on the surface of the electrode.

LI X, WU L

Preparing nano composite graphene material involves carrying out electrochemical deposition of graphene in a chamber three-electrode system in an aqueous solution of graphene oxide, where chemically reduced graphene oxide is modified.

ZHAO S

Manufacture of graphene pellets used in e.g. electrode, involves forming nickel pellets from nickel powder, exposing nickel pellets to hydrocarbon, and etching nickel using graphene with acid resulting in graphene pellet.

ALVAREZ N, DEARMOND D, MALIK R, SHANOV V N, ZHANG L

Improving corrosion resistance of copper-magnesium alloy by graphene surface treatment, involves depositing copper magnesium alloy on surface of graphene oxide layer through electrochemically reduced to graphene to obtain graphene surface.

CHEN J, HE Q, MA A, JIANG J, SONG D, YANG D

Complex modified electrode useful for detecting lead in livestock and poultry drinking water, comprises the graphene modified glassy carbon electrode.

LI Z, HUANG S, LIU Y, HUANG X, LIAO J, LI X, LI W, HUANG W, MEI M

High performance metal oxide anode comprises conductive substrate and layer of noble metal oxide doped with modified graphene deposited on conductive substrate, effectively improves anode electro-catalysis activity and stability.

XIN Y, DUAN B, XU L

Preparation of metal oxide/graphene composite material involves preparing composite material using graphite rod and metal sheet as two electrodes in alkali electrolyte under action of alternating current, washing, filtering, and drying.

YING M, HOU C, LI F, CHEN Z, CHEN M, HE B, ZHOU M

Highly thermally conductive graphene or titanium composite material preparation involves preparing oxide graphene colloid, adjusting pH value, and then adding certain amount of electrolyte into oxide graphene colloid.

WANG H, WANG J, ZHANG W, YANG X, ZHONG B, ZHOU W

Continuous preparation of graphene porous fiber comprises the copper wire continuously pulling out and immersing in electrolyte containing graphene oxide grapheme on the copper surface, plating in electrochemical three-electrode system.

WENG W, ZHU M, YANG J, DU X

Manufacture of three-dimensional porous graphene-metal oxide composite used as electrode, involves growing metal oxide on three-dimensional porous graphene using electro-deposition method.

PARK H S, PARK S K