国家/地区 中国（29）
IPC部 B（29）
IPC大类 B01（29） C01（6） C02（4）
C25（4） B82（3） C07（3）
IPC小类 B01J（29）
IPC B01J037/10（29）
发明人 LI J（4） WANG J（4） ZHANG H（3）
ZHANG T（3） ZHAO X（3） DAI P（2）
GUAN J（2） HONG W（2） HUO P（2）
JIANG B（2） LI H（2） LI X（2）
LI Y（2） TAO X（2） WANG H（2）
公开年 2019（15） 2020（10） 2021（4）
申请年 2019（29）
专利权人 UNIV DONGHUA（2） UNIV JIANGSU（2） UNIV QINGDAO.（2） UNIV SHAANXI.（2）
UNIV XIAMEN（2） XIAMEN SHIRI.（2） ZHANG T（2）

Bipyridine cobalt/graphene composite material self-assembled by cobalt bipyridine and graphene through hydrothermal pi to pi/asterisk and the mass ratio of bipyridine cobalt to graphene is 1:8-12.

LIU D, MA P, WANG Q

Catalyst for preparing low-aromatic liquid fuel from syngas by one-step method, includes two components, which are compounded together in mechanical mixing manner, and active ingredient of first component is metal oxide.

PAN X, DING Y, JIAO F, BAO X

Preparation of molybdenum disulfide-tin disulfide nanosheet-loaded graphene photocatalyst, involves dissolving nanosheets in deionized water, adding acetamide, stirring, adding preprocessed graphene, and hydrothermally reacting.

ZHANG T

Graphene-supported molybdenum disulfide-stannic sulfide nanosheet photocatalyst comprises graphene and molybdenum disulfide-stannic sulfide nanosheets supported on graphene.

ZHANG T

Preparing graphene-carbon nanotube molecular framework photocatalyst comprises e.g. preparing graphene oxide, carbon oxide nanotubes, tetrabutyl titanate solution, then adding into reactor, reacting and adding tetrabutyl titanate.

YANG S, ZHOU S, GAN Y

Preparation of gold/graphene composite titanium dioxide nanotube used for air purification by adding surfactant and chloroauric acid to solvent, stirring, adjusting pH, adding titanium dioxide powder and reducing agent,and reacting.

LI Y, ZHANG B, JIANG B, YUAN S, HONG W

Preparing bismuth tungstate/reduced graphene oxide/bismuth ferrite composite photocatalyst comprises e.g. dissolving sodium tungstate and bismuth nitrate in deionized water, adding ascorbic acid, sonicating and reacting obtained dispersion.

ZHANG T, ZHANG R, XU B, LAN G

Preparing three-dimensional fluorine-nitrogen-doped graphene/titanium dioxide composite material comprises adding graphene oxide, dispersing, performing hydrothermal reaction, freeze-drying and subjecting to high-temperature calcination.

XU C, WANG X, WANG J, YANG Y

Preparing a noble metal/graphene complex titanium dioxide photocatalyst comprises adding surfactant and precious metal salt or precious metal acid solution to solvent, stirring, adjusting pH and performing a hydrothermal reaction.

LI Y, ZHANG B, JIANG B, YUAN S, HONG W

Preparing titanium and nitrogen-doped graphene quantum dot molecular sieve, comprises e.g. sonicating molecular sieve in ultrapure water, drying, then adding aqueous solution of polyacrylamide and tetrabutyl titanate, and post-processing.

ZHOU X, CHENG Z, WANG Y, YIN A, YANG X