国家/地区 中国（10）
IPC部 C（6） B（5）
IPC大类 C01（4） B32（2）
IPC小类 C01B（4） B32B（2）
IPC C01B031/04（3）
发明人 BI H（4） SUN L（4） WAN N（4）
XU F（4） YIN K（4） SUN Y（3）
DAI Y（2） NI Z（2） QI Q（2）
SUN J（2） WANG C（2） ZHENG Y（2）
公开年 2011（10）
申请年 2011（6）  2010（4） 
专利权人 UNIV SOUTHEAST（10）

Manufacture of graphene oxide/ceramic nanoparticle composite material involves preparing spinning solution containing macromolecular polymer, spinning, immersing composite nanofiber in solvent and adding graphene oxide to obtained solution.

DAI Y, JING Y, QI Q, SUN Y, WANG C, ZHENG Y

Preparation of photocatalyst/graphene one-dimensional core-shell composite structure, involves mixing graphene oxide colloid and photocatalyst suspension in open container, irradiating, reacting, centrifugally separating, and drying.

DAI Y, QI Q, SUN Y, WANG C, ZHAO Y, ZHENG Y

Preparation of nano gold/graphene oxide composite material used as conductive material, involves diffusing graphene oxide in water, and directly reducing chloroauric acid by in-situ method to form uniformly arranged nano gold particles.

DING S, GAO B, SUN Y, ZHU W

Graphene-based nanometer pore unimolecular sensor, has graphene radial electrode clamped in insulating course, and radial current meter connected between anode and cathode of graphene radial electrode in series.

ZHANG L, YI H, NI Z, CHEN Y, SHA J

Graphene or oxidized graphene composite film useful for microexecutor or sensor, comprises graphene layer and oxidized graphene layer.

XU F, SUN J, WAN N, YIN K, SUN L, BI H

Graphene/oxidized graphene composite film for e.g. micro-executer, is provided with grapheme layer and oxidized grapheme layer, where thickness of grapheme layer and oxidized grapheme layer is in certain specific value.

XU F, SUN J, WAN N, YIN K, SUN L, BI H

Cell recognition detection comprises dispersing carbon nanotube and graphene composite nanomaterial in solvent, using phosphate buffer for washing cell, incubating, taking tetrathiafulvalene derivative, and processing chemical analysis.

ZHAO J, ZHANG H, WANG X, WU X, ZUO J, CHANG H

Preparation of graphene three-dimensional solid involves mixing graphene oxide with water, and stirring or ultrasonically dispersing for forming graphene oxide solution, and reacting with alkaline solution.

XU F, WAN N, YIN K, SUN L, BI H

Preparation of large-range dimensional nanomaterial graphene by using sputtering or pulse laser deposition to prepare nickel film, using high-speed ion implantation to implant carbon, annealing, and eroding using iron chloride or nitrate.

NI Z, DING R, ZHAN D, SHEN Z

Preparing graphene film used as raw material for filming, by heating and cooling graphite to obtain flocculent graphite, pulverizing graphite into powder, transforming powder into beaker containing liquid, and maintaining mixture.

XU F, WAN N, YIN K, SUN L, BI H