国家/地区 中国（40）
IPC部 C（40）
IPC大类 C01（40） B82（3） A61（2）
C09（2）
IPC小类 C01B（40）
IPC C01B031/04（40）
发明人 ZHANG M（40）
公开年 2015（19） 2014（6） 2016（6） 2013（5） 2012（2） 2017（2）
申请年 2014（16）  2015（11）  2013（6）  2016（4）  2012（2） 
专利权人 JIANGSU JIAN.（8） SHANGHAI INS.（7） SHENZHEN YUE.（7） SHENZHEN YUE.（3）
CHINESE ACAD.（2） UNIV SHANGHA.（2） UNIV TIANJIN（2）

Rapid preparation of high conductivity nitrogen doped graphene comprises e.g. dispersing fluorinated graphite and urea in ethanol, mixing, heating the mixture, drying to obtain off-white powder, and solid-phase reacting.

CHEN L, MENG Y, ZHANG M, LI N

Preparation of germanium-based graphene nanopore by providing germanium-based graphene, performing ion implantation on germanium-based graphene, generating point defects in graphene and annealing to etch point defects.

DI Z, MA J, ZHANG M, XUE Z, JIA P, WANG Z, WANG G, WANG X

Preparation method of nitrogen-doped graphene quantum dots by high energy electron beam irradiation method, involves immersing carbon fiber in mixed acid, ultrasonically processing, heating, cooling, and adding reaction liquid.

CHANG Q, CHEN P, DENG X, HANG M, LI C, WANG J, WANG Y, ZHANG M, ZHU J, XU J

Template-free one-step method for preparing graphite-type nitrogen-doped graphene tube in high proportion, used in vacuum microelectronic devices, involves immersing graphite substrate in ethanol solution and introducing methane gas.

LI K, LI Z, MENG A, ZHANG M, SONG G, ZHENJIANG L, GUANYING S, ALAN M, MENG Z, KAIHUA L

Preparing high purity fluorinated graphene involves utilizing nitrogen trifluoride as fluorine source, adding pre-treated graphene to reactor, hermetically sealing reactor under inert gas atmosphere, and heating reactor.

FANG Z, LIU C, ZHANG M, ZHAO J, ZHOU J

Producing graphene film involves producing carbon metal alloy, controlling temperature at higher than melting point of carbon metal alloy, and applying liquid carbon metal alloy on casting surface of substrate.

ZHANG M

Preparing graphene loaded carbon nanobelt array three-dimensional composite material comprises e.g. taking iron(III) nitrate nonahydrate and nickel nitrate hexahydrate, preparing nitrate solution, stirring, drying, washing and drying.

HE C, LI J, LIU E, SHI C, ZHANG M, ZHAO N

Preparation of porous graphene supported carbon nano-onion three-dimensional composite material involves mixing nickel nitrate and ethanol aqueous solution, adding polymethyl methacrylate particles to nickel nitrate, and homogenizing.

HE C, LI J, LIU E, SHI C, ZHANG M, ZHAO N

Preparation of nanowire and graphene composite material by providing silicon germanium-on-insulator substrate comprising silicon substrate, oxide layer and silicon germanium layer from bottom to top, and etching silicon germanium layer.

DI Z, XUE Z, ZHANG M, YE L, DAI J, WANG Z

Preparation of graphene oxide hydrogel for manufacturing e.g. graphene oxide fibers, involves annealing graphene oxide dispersion, or mixing graphene oxide dispersion and acid solution and carrying out sol-gel phase transition reaction.

LI C, LIU Q, SHI G, ZHANG M