国家/地区 中国（6）
IPC部 C（6）
IPC大类 C25（6） B01（2） B82（2）
IPC小类 C25B（6）
IPC C25B001/04（6）
发明人 WANG L（3） LI Z（2） LIU Y（2）
SONG G（2） ZHAN T（2） ZHOU Q（2）
ZOU J（2）
公开年 2022（3）
申请年 2021（2）  2022（2） 
专利权人 UNIV QINGDAO SCI TECHNOLOGY（6）

In-situ preparation and application of two-dimensional graphene-type nickel-molybdenum nitride composite material useful for electrocatalytic hydrogen production at room temperature comprises mixing sodium molybdate, nickel(II) nitrate hexahydrate and urea and adding treated foamed nickel.

WU Z, XIAO Z, LIU Y, WANG L

Ruthenium-doped tungsten nitride particle nitrogen-doped graphene tube hydrogen evolution electrocatalyst comprises nitrogen-doped graphene tubes and ruthenium-doped tungsten nitride nanoparticles on surface, obtained by hydrothermal and nitriding method.

ZOU J, LI Z, ZHOU Q, SONG G

Fully-hydrolyzed hydroelectric catalyst for electrocatalyst hydrogen evolution reaction in alkaline medium, comprises vanadium-nickel-iron-nitride and nickel nano-particles grown on nitrogen-doped graphene tube in situ.

ZOU J, ZHOU Q, ZHAO J, MENG A, LUO S, LI Z, SONG G

Composite electrode material is obtained by growing nitrogen-doped graphene oxide-coated cobalt-doped nickel phosphide-nickel phosphide composite phosphide nanorod assemblies, connecting nanorods and growing to form sheet-like network structure, pyrolyzing, carbonizing and phosphating.

SONG C, ZHOU Y, XING M, WANG D

Preparing nickel-iron hydrotalcite nanosheet graphene electrocatalyst for anode oxygen evolution reaction of alkaline electrolyzed water by adding deionized water and agar powder to single-necked flask, heating and stirring.

ZHAN T, WEN Y, ZHANG P, WANG Z, CHEN L, WANG L

Preparing copper oxide-doped ultra-thin nickel-iron-based hydrotalcite nanoflake / graphene bifunctional water decomposition catalyst for oxygen evolution reaction, involves performing co-precipitation method in formamide-water.

ZHAN T, TAN L, SUN Y, WANG H, ZHOU C, LIU Y, WANG L