国家/地区 中国（34） 美国（2） 世界知识产权组织（2）
IPC部 C（20） B（14） H（12）
G（3） D（2）
IPC大类 H01（12） C01（11） B01（7）
B82（4） C23（3） C09（2）
D06（2） G01（2）
IPC小类 C01B（11） H01L（7） B01J（6）
B82Y（4） C23C（3） H01G（3）
D06M（2） G01N（2） H01M（2）
IPC C01B031/04（11） B01J020/20（3） B01J013/00（2）
B01J020/30（2） B82Y030/00（2） C23C016/26（2）
D06M011/74（2） H01G009/042（2） H01L021/02（2）
H01L021/768（2） H01L023/532（2） H01L029/78（2）
发明人 ZHANG X（35）
公开年 2012（20） 2013（12） 2014（3）
申请年 2012（35）
专利权人 UNIV PEKING（8） BEIJING INST.（3） CHINESE ACAD.（2） GRAPHENE BEI.（2）
UNIV HEBEI T.（2）

Surface modification of carbon fiber used for interface modified composite material, involves preparing surface grafted polyphosphazene carbon fiber, reacting with graphite, and obtaining surface grafted graphene carbon fiber.

FAN X, LIU D, XU H, YAN C, ZHANG X

Method for forming graphene liner and capping layer on conductive line/via of e.g. application specific integrated circuit device, involves performing chemical mechanical polishing process to remove excess amounts of copper-based material.

RYAN E T, KRIVOKAPIC Z, ZHANG X, WITT C, HE M, ZHAO L, WURTH C

Preparing graphene thin layer on the surface of metal catalyst involves reacting carbon source and metal catalyst substrate in presence of hydrogen and argon so as to perform carburization reaction.

GAO S, GENG X, GONG Y, LIU L, LONG M, ZHANG X, ZHU C

Manufacture of carbon nanotube fibers-graphene composite material involves contacting carbon nanotube fibers and graphene dispersion liquid, covering graphene on surface of carbon nanotube fibers and drying.

LI Q, ZHANG X, MENG F

Preparation of ordered mesoporous graphene comprises flowing carbon dioxide gas into reaction container, filling magnesium metal, igniting, quenching in quenching medium, adding diluted acid solution, soaking, filtering, washing and drying.

ZHANG H, MA Y, ZHANG D, ZHANG X, SUN X

Synthesis of magnetic graphene oxide composite material used for selective enrichment of phosphorylated peptide segments, includes uniformly dispersing graphene into concentrated nitric acid, dispersing precursor into water, and calcining.

DENG C, WANG M, SUN N, ZHANG X, LU J, XIONG Y, YAN Y

Preparation of graphene-metal nano particles composite material involves preparing polystyrene-polyvinyl pyridine micelle, adhering on substrate containing catalyst, forming graphene film and reducing metal salt into nano particles.

YIN Z, ZHANG X, GAO H, LIU X

Composite intensified heat dissipation coating comprises graphene or graphene oxide, resin, anti-skinning agent, and solvent.

LING J, YUAN Y, XUE G, WANG S, ZHANG X

New composite photo-catalyst comprising graphene-lead sulfide/titanium dioxide nanocomposite material deposited on outer surface of titanium dioxide nanotube array, useful for treating waste water containing organic pollutants.

WANG Y, LIU C, TANG Y, LUO S, YANG Q, LIU X, ZHANG X, TENG Y

Graphene/metal oxide hybrid aerogel, useful as energy storage material, comprises metal oxide network which is two-dimensional crystal, and graphene conductive network, where two networks are wound with each other.

CHEN L, ZHANG X