国家/地区 中国（10）
IPC部 C（5） H（3）
IPC大类 C01（3） H01（2）
IPC小类 C01B（3） C01G（2）
IPC C01B032/184（2） C01G041/02（2）
发明人 CHEN W（3） FANG X（3） LIANG R（3）
LIU L（3） QIU J（3） WANG L（3）
XU Q（3） XU Y（3） YAO M（3）
公开年 2018（10）
申请年 2018（8）  2017（2） 
专利权人 UNIV NANCHANG（10）

Analyzing single nucleotide polymorphism, involves preparing graphene oxide-iron(II,III) oxide nanocomplexes, fixing in channel of microfluidic chip, applying voltage, adding sample, separating and detecting single nucleotide polymorphism.

LIANG R, WU L, QIU J

Collision-type dielectric elastomer generator structure, has dielectric elastomer film fixed between sub-force flange and sub-force end cover, where dielectric elastomer film close to end cover is formed with graphene coating layer.

ZHANG C, LAI Z, LI M, ZHANG J, RAO X, LIU Y, SHI Z

Preparing functionalized graphene oxide/hyaluronic acid composite hydrogel useful for near-infrared light triggered anticancer medicine controlled release, comprises e.g. dissolving p-nitrophenyl chloroformate in Pluronic and vacuum drying.

PENG Z, FANG Q, YANG Y, ZHU H, WANG J

Preparation of tungsten trioxide/nitrogen-doped graphene composite involves adding ammonium tungstate with ammonium nitrate and organic fuel, dissolving in water, adding graphene oxide hydrosol, and ultrasonically stirring.

CHEN W, XU Q, XU Y, YAO M, WANG L, LIU L, FANG X

Preparation of reduced tungsten oxide/nitrogen-doped graphene composite which involves dissolving ammonium tungstate, ammonium nitrate and organic fuel in water, adding graphene oxide hydrosol, and ultrasonically treating.

CHEN W, XU Y, FANG X, XU Q, LIU L, WANG L, YAO M

Preparation of tungsten disulfide/nitrogen-sulfur co-doped graphene composite, involves reacting ammonium tungstate and organic fuel, adding graphene oxide hydrosol, ultrasonically stirring, heating, adding sulfur source, vulcanizing.

CHEN W, XU Y, YAO M, FANG X, XU Q, WANG L, LIU L

Constructing electrochemical luminescence sensor useful for detecting divalent mercury, by applying nitrogen-doped graphene-like carbon nanosheets and chitosan to glassy carbon electrode surface and assembling carboxyl-modified capture DNA.

QIU J, CAO S, LIANG R

Preparation of porous nano composite material for removing heavy metal ions in e.g. wastewater, involves reacting Schiff base with e.g. chitosan, and covalently grafting 2,5-di(methylindenyl)terephthalaldehyde-chitosan on graphene oxide.

QIU J, CUI W, LIANG R

Manufacture of graphene nanowall involves placing quartz boat containing foamed nickel and ferrocene in heating zone at inflow end of purging of reaction gas, heating, purging gas comprising hydrogen and carbon source gas and cooling.

WU F, DAI G, HU H, JIANG B, YAN X, DENG S, ZENG Z

Method for preparing iron molybdate-graphene composite structured super-capacitor electrode material, involves taking natural graphite as raw material, followed by transferring dispersion to reaction kettle, heating, washing and drying.

LUO B, CHENG B