国家/地区 中国（28）
IPC部 C（20） B（13） H（4）
G（3） D（2）
IPC大类 C01（16） B82（12） H01（4）
G01（3） B01（2） D01（2）
IPC小类 C01B（16） B82Y（12） C01G（7）
G01N（3） B01J（2） D01F（2）
H01G（2） H01L（2）
IPC C01B031/04（16） B82Y030/00（10） B82Y040/00（4）
C01G019/02（3） C01G009/02（2） D01F009/12（2）
G01N027/26（2） H01G009/20（2）
发明人 SUN L（16） YIN K（14） JI J（5）
BI H（4） CHEN F（4） TIAN Z（4）
WAN S（4） XIE X（4） XU C（4）
XU F（4） ZHU G（4） LI J（3）
SHI Z（3） WU X（3） ZHOU Y（3）
公开年 2013（18） 2014（10）
申请年 2013（28）
专利权人 UNIV SOUTHEAST（28）

Producing carbon-based fiber comprises preparing solution containing nematic and graphene oxide content and then carrying out electrostatic spinning.

ZHANG J

Producing a carbon-based composite fiber comprises introducing the carbon nanotubes and graphene oxide into a nematic-phase solution and then spinning.

ZHANG J

Detecting DNA methylation, involves obtaining DNA sequence e.g. ccgg sequence modified with fluorescent radical probe DNA and probe DNA with complementary target gene DNA, and observing methylation of graphene oxide.

LIU S, WEI W, XIONG Y

Preparing nitrogen-doped reduced graphene oxide aerogel useful e.g. for water purifying agent, comprises e.g. preparing graphite oxide aqueous solution using natural graphite powder, adding with hexamethylenetetramine crystals, and heating.

LIN Y, LI J, SHI Z, XU C, TIAN Z, ZHU G

Graphene-copper oxide foam composite material preparation involves dissolving graphene oxide and copper salt in water, freezing and drying, and processing in air or oxygen.

SUN B, YIN K, SUN L

Foam-zinc oxide graphene composite material preparation involves dissolving graphene oxide and zinc salt in water, re-dispersing obtained product into aqueous solution, freezing and drying, and air or oxygen heating.

SUN B, YIN K, SUN L

Graphene-zinc oxide nanoparticle composite material preparation includes dissolving graphene oxide and zinc salt in water, and heat processing in air or oxygen.

YIN K, CHEN W, SUN L

Tin dioxide-graphene composite material preparation involves dissolving graphene oxide and tin chloride in water, re-dispersing obtained product in water, and adding reducing agent.

YIN K, JI J, SUN L

Graphene-tin dioxide nanoparticle foam composite material preparation used for energy storage or gas sensor involves dissolving graphene oxide and tin chloride in water, and processing in vacuum, air, nitrogen, argon or hydrogen atmosphere.

YIN K, JI J, SUN L

Graphene-tin dioxide nanoparticle composite material preparation involves dissolving graphite oxide and tin chloride in water, and heat-processing under oxygen free environment.

YIN K, JI J, SUN L