国家/地区 中国（11）
IPC部 C（11）
IPC大类 C23（11） C01（3） G01（2）
IPC小类 C23C（11） C01B（2）
IPC C23C014/58（11）
发明人 CHEN C（2） LI C（2） YANG Z（2）
ZHANG H（2） ZHENG Y（2）
公开年 2022（7） 2023（4）
申请年 2022（11）
专利权人 NINGBO INST .（2）

Producing food packaging barrier film used for consumers to clearly see content of packaged goods, involves providing base film, depositing inorganic laminated film on surface of base film, where inorganic laminated film includes at least one first and second inorganic material deposition layer.

CHEN C, TSAO C, LIAO T, LIAO T C, TSAO C C, CHEN C H, CHEN Z, CAO J, LIAO D

Preparing large-area palladium sulfide or/and palladium disulfide nano-film useful in light detector, and catalyst, comprises e.g. evaporating palladium metal nano-films of different thicknesses to substrate by electron beam evaporation coating device, and passing argon gas into reaction chamber.

HE L, XIAO J, HAO Y, GAO H, HAO G

Photoanode used for photoelectrochemical decomposition of water and oxygen evolution, comprises base layer, dielectric passivation layer and sandwich composite layer arranged in sequence.

GONG J, XIE G

Preparing chiral graphene on gold substrate involves placing precursor molecule capable of synthesizing tetra anthracene alkene in crucible, heating, undergoing Ullman reaction and dehalogenation reaction by precursor molecules containing halogen groups and performing carbon-carbon coupling.

CAI J, ZHANG H, LU J

Preparing diamond/graphene/carbon nano-tube full-carbon base composite material, comprises e.g. plating diamond surface with catalytic layer, and using direct current injection plasma arc furnace to quickly heat diamond plated with layer.

CHEN L, LIU J, WEI J, YANG Z, LIU Y, YUAN X, ZHENG Y, REN F, LI C

Flexible strain sensor useful for monitoring human health, comprises flexible substrate, palladium diselenide film, metal electrode, and polymer film encapsulation layer.

YANG Z, LIN J, LIU L, LAN C, ZHANG R, LI C

Graphene sensor composite heat protection structure, comprises substrate layer, graphene sensitive layer, nitride isolation layer, alumina protective layer, and high temperature ceramic protective coating, where substrate layer is provided with a graphene sensitive layer.

LI M, ZHANG H, WANG J

Converting in-situ amorphous carbon into graphene film useful in e.g. field of flexible electronic device and solar cell, comprises e.g. using physical vapor deposition technology to prepare graphene film precursor, and annealing the precursor to obtain graphene film under vacuum condition.

YANG L, WANG Y, WANG A, WANG Z, WANG L

Preparing low friction metal/ultra-nano diamond complex coating in field of surface treatment of friction parts, comprises depositing ultra-nano diamond on surface of substrate to obtain ultra-nanocrystalline diamond coating, and using inert gas as protective gas.

NISHIMURA K, LI H, DENG L, CHU W, JIANG N, SONG H

Synchronous doping method in chemical vapor deposition graphene growth process involves doping trace elements on surface of copper foil, carrying out annealing to form substrate, transferring substrate into furnace, adding reaction gas to enable carbon, gradually depositing and growing on substrate.

ZHANG L, YANG G, ZHENG Y, LUO G, TU R, ZHANGCHI T