国家/地区 中国（48）
IPC部 C（28） H（22） B（13）
IPC大类 C01（26） H01（22） B82（13）
C23（2）
IPC小类 C01B（26） B82Y（13） H01L（10）
H01G（9） C23C（2） H01B（2）
H01M（2）
IPC C01B031/04（26） B82Y030/00（11） H01G011/86（8）
H01L051/52（8） H01G011/38（5） H01G011/84（5）
H01L051/44（5） H01L051/46（5） H01L051/48（5）
C01B031/02（3） H01G011/32（3） H01G011/52（3）
H01L051/56（3） B82Y040/00（2） C23C016/26（2）
发明人 ZHOU M（48）
公开年 2014（41） 2013（7）
申请年 2013（48）
专利权人 OCEANS KING .（41） SHENZHEN OCE.（41） SHENZHEN OCE.（38） UNIV PEKING（4）
CHINESE ACAD.（2） CHINESE ACAD.（2） SHENZHEN OCE.（2）

Electroconductive graphene film for organic electroluminescent device, has glass substrate and functional layer including aluminum-doped zinc oxide layer having preset thickness, provided between graphene layers with preset thickness.

CHEN J, FENG X, WANG P, ZHOU M

Organic electroluminescent device has hole injection layer that is provided with graphene oxide layer and metal oxide layer, and oxidized graphite alkene layer that is arranged in surface of anode layer.

CHEN J, FENG X, WANG P, ZHOU M

Flexible electric conduction graphene thin film for use in organic electroluminescent device, has flexible substrate layer formed with aluminum-doped zinc oxide layer, where thickness of aluminum-doped zinc oxide layer is in specific value.

CHEN J, FENG X, WANG P, ZHOU M

Cathode for use in organic electroluminescent device, comprises sequentially stacked graphene film, P-type layer and n-type layer, where P-type layer comprises cuprous iodide, rhenium trioxide or metal-doped oxide miscellaneous materials.

CHEN J, FENG X, WANG P, ZHOU M

Flexible transparent electric conduction graphene thin film for use in solar energy battery device, has graphene layer formed with polyimide layer, where thicknesses of graphene layer and polyimide layer are specific in value.

FENG X, HUANG H, WANG P, ZHOU M

Flexible transparent electroconductive graphene thin-film for e.g. solar cell device, comprises glass substrate, graphene layer, and toughening layer comprising cyclohexanone layer and polyimide layer provided on glass substrate.

FENG X, HUANG H, WANG P, ZHOU M

Flexible-transparent-electroconductive graphene film for e.g. solar cell, comprises glass substrate, and graphene layers and metal layers comprising silver, aluminum, nickel, molybdenum or gold, laminated alternately on glass substrate.

FENG X, HUANG H, WANG P, ZHOU M

Flexible transparent electric conduction graphene thin film for use in e.g. solar energy battery device, has glass substrate whose positive and reverse surfaces are formed with graphene layer and toluene layer, respectively.

FENG X, HUANG H, WANG P, ZHOU M

Flexible electroconductive graphene film used for e.g. manufacturing solar cell device, comprises insulating layer including metal oxide, and electroconductive layer with metal particles, sequentially laminated on metal substrate.

FENG X, HUANG H, WANG P, ZHOU M

Method for manufacturing lithium titanate-graphene-carbon nano-tube composite material of lithium ion battery, involves drying rear part of lithium titanate graphene-carbon nano-tube composite material.

LIU D, WANG Y, ZHONG H, ZHOU M