国家/地区 中国（32）
IPC部 C（16） B（10） H（10）
G（6） D（3） A（2）
IPC大类 H01（10） C08（6） G01（6）
B01（5） C25（3） A61（2）
B33（2） B82（2） C01（2）
C02（2） C14（2） D01（2）
IPC小类 B01J（5） H01L（5） C08K（4）
C08L（4） G01J（4） C25B（3）
H01M（3） A61K（2） A61Q（2）
B33Y（2） B82Y（2） C01B（2）
C02F（2） C14C（2） D01F（2）
IPC C08K003/04（4） G01J005/20（4） H01L039/12（4）
H01L039/24（4） C25B011/06（3） A61K008/19（2）
A61K008/64（2） A61Q005/10（2） B01J027/185（2）
C14C009/02（2） C25B001/04（2） H01M010/0525（2）
发明人 HU H（32）
公开年 2018（32）
申请年 2018（23）  2017（9） 
专利权人 JIANGSU XINC.（5） NAT CENT NAN.（4） UNIV FUZHOU（3） UNIV JIANGSU（3）
UNIV SHAANXI.（3） SHANGHAI RES.（2） SUZHOU ITIC .（2） UNIV QILU TE.（2）

Deeply-degrading graphene waste polyester textile by copolymerization modification useful in the field of e.g. antistatic and far-infrared, comprises mixing polyester oligomer with graphene oxide, and subjecting to polycondensation reaction.

WANG X, LIU Y, HU H, YU J, LI F, WU D

Photochemical treatment of graphene-silk composite, involves heating silk protein solution and graphene oxide dispersion, mixing to obtain graphene oxide-silk composite, and irradiating UV light on silk.

WANG L, JIA M, HU H, SHI S, LIU J, LV Q

Hyperbranched natural oil leather fat-liquoring agent containing graphene oxide, contains mass methanol, sodium methoxide, pentaerythritol, natural oils, mass polyethylene glycol-800, graphene oxide nanosheets and diethanolamine.

LV S, HU H, LEI Y, ZHANG J, SUN L

Modified aqueous graphene homogeneous layer dispersion for cement-based composite materials, comprises graphene oxide nanosheet layer dispersion, intercalation polymerization monomer, comonomer, initiator and alkaline substance.

LV S, SUN L, LEI Y, HU H, ZHANG J

Modified graphene oxide small-sized nanosheet aqueous phase uniform dispersion used as synthetic agent for leather additive, comprises preset amount of graphene oxide nanosheet layer dispersion, dispersant, catalyst, and stabilizer.

LV S, LEI Y, HU H, SUN L, ZHANG J

High temperature resistant material phenolic resin, polypropylene resin, bisphenol A epoxy resin, polyimide resin, glass fiber, carbon black, graphene, ethylenediamine, and ethanol.

HU H

Carbon electronic transition-edge sensor superconducting device, has diamond substrate layer whose upper side is formed with graphene layer, where upper side of graphene layer is formed with superconducting thin film layer.

HU H

Graphene TES superconducting device, has substrate layer whose upper side is arranged with graphene layer, and titanium film layer arranged on graphene layer, where upper side of graphene layer is fixed with superconducting thin film layer.

HU H

Aluminum nitride-base graphene TES superconducting device, has aluminum nitride substrate layer whose upper side is formed with graphene layer, where upper side of graphene layer is formed with superconducting thin film layer.

HU H

Gallium nitride-based graphene TES superconducting device, has gallium nitride substrate layer whose upper side is fixed with graphene layer, where upper side of graphene layer is fixed with superconducting thin film layer.

HU H