国家/地区 中国（31）
IPC部 C（31）
IPC大类 C25（31） B01（18） C02（3）
B82（2） C23（2）
IPC小类 C25B（31）
IPC C25B011/06（31）
发明人 WANG Y（3） WEI H（3） ZHANG J（3）
CHEN H（2） CHEN X（2） CHEN Y（2）
GUO Y（2） HAN S（2） HE C（2）
HU H（2） HUANG S（2） JIANG J（2）
LI J（2） LI Y（2） LI Z（2）
公开年 2018（18） 2017（13）
申请年 2017（31）
专利权人 UNIV JIANGSU（3） SHANGHAI INS.（2） UNIV DATONG（2） UNIV WENZHOU（2）

Self-supporting preparation of nitrogen-doped porous carbon membrane used as electrode in electrocatalysis by dispersing carbon nanotubes, graphene oxide or carbon black in polymer solution, and drying solvent.

WANG H

Preparation of molybdenum phosphide, iron phosphide, redox graphene three-phase composite material, involves loading iron acetylacetonate and molybdenum acetylacetonate on graphene oxide as precursor, and phosphating at high temperature.

WANG X

Preparing three-dimensional porous graphene material useful in producing formic acid from electrochemical reduction of carbon dioxide comprises e.g. mixing prepared metal precursor with well-dispersed graphene oxide and reducing agent.

WANG H, HE G, TANG H, BIAN Z

Composite catalyst used for preparing oxygen evolution anode, that is used in electrolysis of water, comprises graphene oxide, which has special structure, high specific surface area and activity, and exhibits excellent oxidative activity.

LI Z, WU M, SHANG J, SU C, GUO Y

Nickel-iron oxyhydroxide doped carbon nanotube composite catalyst useful in preparing oxygen evolution anode for electrolysis of water, comprises graphene oxide and nickel-iron complex.

LI Z, WU M, SHANG J, SU C, GUO Y

Preparing cobalt phosphide/graphene aerogel high-efficiency hydrogen evolution composite material comprises e.g. dissolving cobalt(II) nitrate hexahydrate, sodium alginate and graphene oxide in deionized water, aging and phosphating.

XIE J, ZHAO W, WEI W, NABEEH N, YANG S, ZHANG F, SUN W, HU H

Electrocatalyst for electrolysis of water in production of hydrogen, is formed by growing nano-structured molybdenum disulfide/cobalt sulfide composite on three-dimensionally crosslinked gel-type graphene/carbon nanotubes base material.

CHEN X, XI Q, DENG W, CHEN C, WEI H, HUANG S

Electrochemical hydrogen evolution catalyst comprises reduced graphene oxide carbon nanotube aerogel, and molybdenum sulfide supported on pores and surface of aerogel network structure, in specified mass ratio.

XU X, SHANG Y, REN Z, GAO B, YUE Q

Preparing molybdenum-cobalt/graphene composite hydrogen evolution catalytic material comprises e.g. preparing graphene oxide by using improved Hummers method, and adding dihydrate sodium molybdate, and hexahydrate cobalt nitrate.

XIE J, YANG S, CHEN L, ZHAO W, SUN W, HU H

Preparing graphene/carbon nanotube-supported monodisperse metal atom composite catalyst for electrocatalytic reduction of carbon dioxide, involves coating electrochemical exfoliated graphene paste on conductive support.

WANG J, ZHANG H