国家/地区 中国（9）
IPC部 C（9）
IPC大类 C25（9） C23（3）
IPC小类 C25B（9）
IPC C25B011/06（9）
发明人 QIN X（2） SHAO G（2） WANG L（2）
XIN Y（2）
公开年 2017（4） 2018（3）
申请年 2017（4）  2016（2）  2018（2） 
专利权人 UNIV YANSHAN（2）

Manufacturing a photoelectrode e.g. manufacturing a titanium dioxide nanotube array photoelectrode doped with graphite phase carbon nitride and graphene.

XIN Y, MA X, LUO M, XIAO Z, ZHOU Y

Preparation of reduced graphene oxide/manganese/titania nanotubes photoelectrode involves forming reduced graphene oxide-deposited manganese/titania nanotubes photoelectrode, controlling temperature and vacuum drying.

FENG Y, WU J, LIU J

Preparing graphene doped porous ruthenium (IV) oxide anode involves utilizing a titanium metal plate as an anode and a stainless steel plate as a cathode, adjusting the pH of the mixture, and then carrying out electrodeposition.

LIU B, WANG J, YANG S

Preparing Z-type heterojunction copper oxide-graphene alpha-ferrous oxide nanotube array photocatalyst involves making alpha-ferrous oxide nanotube array by polishing high-purity iron plate with sandpaper and sonicated in absolute ethanol.

DONG B

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 tungsten trioxide/graphene quantum dots composite photocatalyst by pulse anode oxidizing and synthesizing porous tungsten trioxide, ultrasonically processing in acetone, ethanol and water, anode oxidizing, drying and heating.

LIU Y, LIN J, YANG Z, LV H, MI X

Hydrogen evolution electrode has a three-stage structure, where primary structure is foamed nickel substrate, secondary structure is graphene sheet supporting nano nickel particles and tertiary structure is nickel hydroxide nano sheet.

SHAO G, WANG L, QIN X, MA Z, DU J, ZHANG P, BAI L, CAO L, LI J

Preparation of the copper-reducing nickel-chromium-graphite clustered foam used in electrolytic cathodes involves plating nickel using copper/self-assembled-reductive graphene cluster composite material as cathode.

TIAN D, LIANG H, LI S, HUANG T, XIA F, ZHOU C

Preparation of three-dimensional composite hydrogen evolution electrode involves performing electrodeposition using nickel substrate, pure nickel tube and composite plating solution prepared using e.g. graphene oxide and nickel chloride.

SHAO G, WANG L, QIN X, CHEN Z, ZHAO M, YIN X, LI Y