国家/地区 中国（16）
IPC部 H（8） C（7） B（3）
G（2）
IPC大类 H01（8） C08（4） C09（2）
C22（2） G01（2）
IPC小类 C08K（4） H01G（4） H01M（3）
C08L（2） C22C（2） G01N（2）
IPC C08K003/04（3） C08K009/02（3） H01G011/86（3）
H01M004/36（3） C08K007/24（2） C08L077/02（2）
C08L077/06（2） C22C021/00（2） H01G011/36（2）
H01G011/46（2）
发明人 CHEN M（17）
公开年 2015（12） 2016（5）
申请年 2015（17）
专利权人 UNIV YANGZHO.（3） SUZHOU ALOME.（2） UNIV GUANGDO.（2） UNIV HARBIN .（2）

Reduced graphene oxide-based biosensor used for detecting analyte and diagnosing various diseases, comprises nano-structure field-effect transistor comprising channel region having reduced graphene oxide with linking moiety.

HUA M, CHEN H, CHEN Y, TSAI R, CHEN M, CHEN C, HUA M Y, CHEN H C, CHEN Y T, TSAI R Y, CHEN M C, CHEN C L

Depositing carbon fiber on graphene oxide surface involves cleaning surface impurity of carbon fiber with acetone, where carbon fiber and graphite are connected with electrode power source that is cathode and anode.

CHEN M, CHEN Y, ZHANG H, ZHANG X, ZHOU W

Low viscosity, high thermal conductivity, thermal insulating plastic comprises polymer resin, inorganic powder, graphene/carbon nano tube multi-arm guide hot filler, coupling agent, lubricant and antioxidant.

CHEN M, LEI C, XU R, YANG Y, ZHANG X, XIE J, XU L

Preparation of aluminum graphene thermally conductive composite material sample by ball milling graphene and metal powder for grinding, uniformly mixing, forming graphene coated metal particle, and heating aluminum alloy into furnace.

CHEN M, LI Q, TONG W, XU W, YAO Z

Preparing graphene oxide-carbon nanotubes thermally conductive filler system involves milling graphene microchip, mechanical stripping, performing hydrolysis, and filtering.

CHEN M, LEI C, XU R, ZHANG X, XIE J, LIN X

Cadmium-zinc-tellurium photoelectric detector has structure including fluorine-doped tin oxide conductive glass substrate, cadmium-zinc-tellurium film, graphene transition layer and gold electrode, and having ohmic contact interface.

HUANG J, MENG H, XU R, TAO J, WANG L, YU H, ZHANG J, ZHANG Y, CHEN M

Graphene/spherical carbon/metal oxide composite material preparation method, involves performing drying gel carbonizing treatment to prepare graphene/spherical carbon/metal oxide composite material.

CHEN M, FENG Y, GUO H, ZHOU R, MAO M, WANG H

Method for preparing supermolecule graphene load manganese dioxide assembly, involves reacting water solution , manganese sulfate, potassium permanganate and reduced graphene, followed by carrying out centrifugal separation.

CHEN M, DIAO G, ZHANG W, NI L, CAI Y

Method for preparing graphene self-assembly for super-capacitors, involves preparing beta-ring dextrin refined embellish poly oxidation graphene and reduction graphene followed by preparing graphene layer from reduction assembly.

CHEN M, DIAO G, ZHANG W, NI L, CAI Y

Graphene load ferroferric oxide supramolecular self-assembly preparation method involves taking graphite oxide powder, polyvinylpyrrolidone, sodium acetate and high ferric chloride, adding ethanediol, and dispersing.

CHEN M, DIAO G, ZHANG W, NI L, CAI Y