国家/地区 中国（9）
IPC部 B（9）
IPC大类 B01（9） C07（9） C02（2）
IPC小类 B01J（9）
IPC B01J037/16（3） B01J023/44（2） B01J023/50（2）
B01J023/72（2） B01J031/22（2） B01J037/10（2）
发明人 ZHANG Y（3） CHEN X（2） JIN H（2）
QIAN C（2） RUAN J（2） WANG J（2）
WANG S（2） ZHOU S（2）
公开年 2020（9）
申请年 2020（9）
专利权人 UNIV ZHEJIAN.（2） UNIV ZHEJIAN.（2）

Catalyst useful for cycloaddition reaction of epoxide including ethylene oxide or propylene oxide, comprises graphene oxide, and hydrotalcite, where graphene oxide contains large number of electronegative groups.

LI D, GUO H, CHEN C, XIAO Y, JIA L, HOU B

Nickel zinc copper nanocomposite dehydrogenation catalyst comprises used for catalytic dehydrogenation of pyridine to synthesize 2,2'-bipyridyl redox graphene and nanocomposite of nickel zinc copper nitrogen-carbon core-shell nanospheres.

ZHOU Y, WANG J, BAO J, ZHANG Y, BU X, ZHANG Z, LIU W, WANG Y

Preparing supported gold-lead bimetallic catalyst useful in catalytic coupling reaction, comprises e.g. dissolving sodium chloropalladate and chloroauric acid in deionized water, dissolving graphene oxide in deionized water, and stirring.

HUANG F, WANG X, WANG J, SUN J, LI C, LAN Y

Use of graphene-covalently-grafted aminobenzene tripyridine-iron complex in Fenton system for decomposing organic pollutants, involves adding complex to polluted water, adjusting pH, adding hydrogen peroxide, and oscillation reaction.

LV L

New graphene oxide-coumarin derivative fluorescent material used as fluorescent probe for detecting trivalent iron ions, or adsorbent for trivalent iron ions.

MA W, LI Z, YU Z, WEN J, WU T, ZHANG Y, WANG L, CHU H

Preparing gamma-valerolactone by catalytic hydrogenation of levulinic acid comprises e.g. performing hydrogenation reaction of levulinic acid and catalyst component in presence of silver-zirconium dioxide-graphene oxide catalyst.

LI S, BAI X, MAO J, YIN J, ZHOU J, LV Y, WANG F

Bifunctional heterogeneous palladium-MIL101-sulfonated graphene oxide composite material for beta-alkoxyalcohol catalytic synthesis, is prepared by stirring e.g. sulfonated graphene oxide, terephthalic acid and chromium nitrate nonahydrate.

ZHANG Y, TANG H, LI X, ZHOU M, WU Q, LIU D

Synthesizing caprolactam comprises e. g. dispersing graphene in deionized water to obtain graphene dispersion liquid as catalyst load and adding aqueous transition metal salt solution into graphene dispersion.

QIAN C, JIN H, ZHOU S, RUAN J, WANG S, CHEN X

Preparing transition metal single atom catalyst involves dispersing graphene in deionized water to obtain graphene dispersion liquid, which is used as catalyst load, and taking transition metal as active center.

QIAN C, JIN H, ZHOU S, RUAN J, WANG S, CHEN X