国家/地区 中国（15）
IPC部 C（15）
IPC大类 C01（15） B01（13） B82（2）
IPC小类 C01B（15）
IPC C01B003/04（15）
发明人 CHEN J（3） XU Y（3） FENG W（2）
ZHANG L（2）
公开年 2022（15）
申请年 2021（7）  2022（7） 
专利权人 UNIV CHANGSH.（2）

Low-temperature high-efficiency ammonia decomposition catalyst useful in ammonia decomposition hydrogen production reaction, comprises Santa Barbara amorphous-15-graphene as carrier, and nickel as active ingredient.

ZHANG L, CAI J, WEN J, ZHAO X, ZHANG H

Construction method for gallium nitride-zinc oxide solid solution based Z-type photocatalytic water splitting reaction system comprises preparing gallium nitride-zinc oxide solid solution, and using solid solution surface loading metal oxide co-catalyst as oxygen evolution photocatalyst.

LIU K, MA G

Preparing graphene-supported silicon carbide photocatalyst for visible light hydrogen production comprises preparing pure silicon carbide, and pure carbon black, mixing pure silicon carbide and pure carbon black to obtain a mixture, centrifugal washing and vacuum drying in sequence.

CHEN X, HOU M, WEN G, LIU Z, LI B, LAI S, CHEN Y

Preparing cobalt based double metal oxide loaded graphene quantum dots composite photocatalyst, comprises e.g. preparing metal-cobalt-oxide compound, then mixing with carbon source small molecular substance, transferring to polytetrafluoroethylene reaction kettle, reacting, filtering, and drying.

LIU X, XU J

Preparing cadmium sulfide-graphene oxide-cobalt hydroxide ternary composite photocatalytic material involves mixing cadmium sulfide nanosheet dispersion with graphene oxide dispersion, maintaining stirring to keep mixed solution, adding cobalt hydroxide, and keeping continuously temperature.

DI T

Preparing nano- rod ferric oxide/niobium dioxide/graphene oxide composite material involves mixing ferric chloride, niobium chloride and urea to prepare low eutectic solvent, roasting low eutectic solvent to obtain composite material.

XUE M, LI G, MU H, ZHOU P, ZHANG D, LI X, YUAN X

Graphene shell coating cobalt-material organic framework (MOF)-74 material useful as sodium borohydride hydrolysis catalyst obtained by preparing graphene Co-MOF-74 by hydrothermal method, and activating to obtain graphene shell-coated cobalt-MOF-74 material.

SUI Q, ZHANG C, KANG L, XU F, YU Y, SUN L

Method for zinc-copper-nickel nano-foam catalyst piezoelectric water catalytic cracking, involves applying mechanical energy to system for water decomposition reaction under condition of avoiding light.

TENG J, XIE W, QIU X, XU Y, FENG W

Preparing hydrogen by performing piezoelectric catalytic cracking on water by using zinc and nitrogen co-doped graphene nano foam involves dispersing water and zinc and nitrogen co-doped graphene nano foam to form turbid liquid, and adjusting system atmosphere to protective gas atmosphere.

ZHANG X, GUAN S, CHEN J, HU R, HU P, XU Y, FENG W

Composite material with hydrogen production and hydrogen storage function, comprises cerium oxide, iron oxide, oriented carbon nanotubes, and graphene, in which oriented carbon nanotubes and graphene form aerogel, and cerium oxide and iron oxide are doped or embedded in it.

ZHU S, ZHANG L, ZHAO J, LI Y, LI H, GUO Q