国家/地区 世界知识产权组织（12）
IPC部 C（10） B（7） H（4）
G（3）
IPC大类 C08（6） C01（4） H01（4）
B05（3） B32（2） B82（2）
C04（2） C09（2） C23（2）
G02（2）
IPC小类 C08K（5） C08L（5） C01B（4）
B05D（3） C08G（3） B32B（2）
B82Y（2） C04B（2） C08J（2）
C09D（2） C23C（2） G02F（2）
H01G（2） H01L（2）
IPC C08K003/04（5） B05D005/00（3） C01B031/04（3）
C08K009/04（3） C08L007/00（3） C08L009/02（3）
C08L009/06（3） B32B007/04（2） B32B009/04（2）
B82Y030/00（2） C01B031/02（2） C08K009/02（2）
C08K009/06（2） C08L007/02（2） C08L009/00（2）
发明人 ZHANG F（12）
公开年 2012（7） 2015（2） 2021（2）
申请年 2012（4）  2011（3）  2020（2） 
专利权人 ZHANG F（5） BOE TECHNOLO.（3） LIU L（3） MAO Y（3）
UNIV BEIJING.（3） WEN S（3） UNIV QINGDAO.（2）

Preparation of degraded immune biomimetic protective coating for water conservancy projects, involves pretreating concrete surface, impregnating silane emulsion, heating, spraying specific primer and spraying specific top coat material.

MA Y, LIU J, GE Y, ZHANG P, SONG X, WU R, BAO J, CUI Y, XUE S, XUEN M, TONG L J, GROUND O T, ZHANG F, XIAOHUI S, JIUYUAN B, YIFEI C, SHANBIN X

Preparation of degradation immune biomimetic protective coating for steel structure engineering involves cleaning steel structure surface, applying silane coupling agent, curing, and spraying intermediate paint and top coat.

MA Y, LIU J, GE Y, ZHANG P, WU R, SONG X, XUE S, CUI Y, BAO J, XUEN M, TONG L J, GROUND O T, ZHANG F, XIAOHUI S, SHANBIN X, YIFEI C, JIUYUAN B

Preparation of nanographene powder involves performing plasma arc ionization of methane to carbon ions, rearranging network of carbon ions in reactor to generate complete structure of graphene powder and transferring to powder collector.

ZHANG F

Two-dimensional, graphene-based porous polymer used for e.g. porous carbon for manufacture of e.g. supercapacitor, comprises graphene layer which is sandwiched between porous polymer which is microporous, by covalent bond.

VENKATARAMAN S S, FENG X, ZHUANG X, ZHANG F, WU D

Partially-reduced graphene hierarchy component-coupled component for e.g. graphene electrode film for graphene capacitor for electric vehicle, is obtained by connecting partially-reduced graphene hierarchy components.

TANG JIE, ZHANG FEIFEI, SHINYA NORIO, CHENG QIAN, QIN LUCHANG, TANG J, ZHANG F, SHINYA N, CHENG Q, QIN L

Structural graphene production on silicon carbide substrate for manufacturing microelectronic devices includes depositing layer of silicon dioxide as mask, coating mask surface, and exposing to form structured pattern.

DENG P, GUO H, LEI T, ZHANG Y, ZHANG K, ZHANG F

Method for preparing patterned graphene film, involves soaking substrate in acetone or photoresist peeling solution to remove photoresist or poly(methyl methacrylate) on graphene film to obtain patterned graphene film.

DAI T, YAO Q, ZHANG F

Array substrate for LCD device, has thin film transistor whose pixel electrode, source electrode and drain electrode are combined together to form graphene, where pixel and drain electrodes of transistor are connected with each other.

DAI T, YAO Q, ZHANG F, DIA T

Method for manufacturing thin film transistor array substrate in display device, involves forming graphene semiconductor active layer in upper part of gate electrode, and providing pixel electrode with common electrode.

YAO Q, ZHANG F, DAI T, XUE J

Manufacture of graphene/white carbon black/rubber nanocomposite involves ultrasonically dispersing white carbon and coupling agent into graphite oxide aqueous solution, adding flocculant and baking obtained gel.

LIU L, MAO Y, WEN S, ZHANG F, MA Y, XING T, LI L, YINGYAN M, FAZHONG Z, SHIPENG W, YONG M, TAO X