国家/地区 中国（14）
IPC部 C（12） B（8） G（2）
H（2）
IPC大类 B01（5） C02（5） C01（3）
B82（2） C09（2） C23（2）
G21（2） H01（2）
IPC小类 B01J（5） C02F（5） C01B（3）
B82Y（2） C23C（2） G21F（2）
IPC C02F001/30（3） C02F101/20（3） B01J021/18（2）
B01J023/10（2） B82Y030/00（2） B82Y040/00（2）
C02F001/70（2） C23C016/26（2）
发明人 HE R（3） LIU H（3） ZHU W（3）
CHEN T（2） DUAN T（2） LEI J（2）
LI J（2） LI R（2） LI Y（2）
MENG Q（2） WANG B（2） WANG Y（2）
WU L（2） XIONG Y（2） ZHAO X（2）
公开年 2022（15）
申请年 2022（10）  2021（5） 
专利权人 UNIV SOUTHWEST SCI TECHNOLOGY（15）

Preparing modified nano graphene oxide stability-enhancing synergistic anti-freezing foam detergent, involves uniformly mixing nano composite modified graphene oxide, biomass surfactant, antifreeze, thickener and water, ultrasonically dispersing and stirring to prepare target product.

LIN X, LI Z, WANG Y, ZHU M, LIU D, XI H

Preparing metal/graphene/polycrystalline diamond film particle detector used in field of nuclear physics, comprises depositing layer of graphene on surface of patterned metal substrate as ohmic contact electrode layer and growing diamond film in situ on graphene, where metal substrate is copper foil.

XIONG Y, WANG B

Preparing derived titanium dioxide/reduced graphene oxide composite gas gel used in radioactive wastewater treatment comprises adding mixed solution into Teflon-lined stainless steel autoclave and reacting at high temperature, dialyzing and freeze-drying.

YU K, ZHOU L, HE R, ZHU W, CHEN T

Preparing erbium-doped zinc oxide nano-sheet based on uranium photo-catalytic reduction useful in electrode materials, comprises e.g. reacting zinc nitrate hexahydrate, hexamethylene tetramine, graphene oxide solution and erbium chloride hexahydrate mixed solution, washing, drying and annealing.

LEI J, YANG F, LI R, SUN N, LIU H, GONG X, CHEN T, HE R, ZHU W

Preparing graphene with large sheet diameter and high conductivity, comprises e.g. adding graphite, concentrated sulfuric acid and expansion agent into reaction vessel, mixing evenly, statically expanding, reacting, adding peeling aid, peeling filtering, washing and drying.

LIU B, PENG T, WANG Y, SUN H

Reducing mechanical and electrostatic sensitivity of explosives by coating with nano-carbon material comprises e.g. adding explosive particles modified by interface into suspension of carbon nanomaterials, ultrasonically stirring, washing mixed solution, filtering, and drying.

YANG G, HUANG B, LV J, TAN L, DI H, WEN T, GUO C

Preparing macroscopic threedimensional 1 T- molybdenum disulphide/titanium dioxide/ graphene dioxide composite photocatalytic material for photo-catalysis comprises dispersing titanium source in hydrofluoric acid solution, dispersing the binary composite material in graphene oxide aqueous solution.

HE P, SU Y, LIU R, MENG Q, LI R, LI Y, WU L, DUAN T

Preparing superhydrophobic composite coating useful in technical field of coating materials, comprises e.g. adding nanoparticles and organic binder into absolute ethanol, magnetically stirring, mixing by anhydrous ethanol-water mixed system, hydrolyzing and condensing, cooling, spraying and drying.

ZHAO X, TENG Y, WU X, WANG S

Preparing graphdiyne oxide that is used for preparing graphdiyne oxide film for adsorbing and separating uranium in wastewater, involves mixing cuprous chloride and tetramethylethylenediamine and dehydrated alcohol, stirring, removing ethanol, adding ethylene glycol to obtain copper catalyst.

SHI F, ZOU H, NIE X, PAN N

Preparing macroscopic three-dimensional carbon nitride/reduced graphene oxide composite material for photocatalytic uranium reduction, involves e.g. pyrolyzing nitrogen-containing precursor material, and dispersing in graphene oxide.

DUAN T, WU L, MENG Q