国家/地区 中国（37）
IPC部 C（37）
IPC大类 C01（12） H01（11） C09（10）
C08（9） C02（4） B01（3）
B22（3） C22（3） C23（3）
C25（3） G01（3） C07（2）
C12（2）
IPC小类 H01M（10） C01B（9） C01G（6）
C09K（6） C08K（5） C08L（5）
C02F（4） C08G（4） C08J（3）
C23C（3） B01J（2） B22F（2）
C08F（2） C09D（2） C09J（2）
IPC C01B032/194（5） H01M010/0525（5） C01G053/00（4）
C08K003/04（3） H01M004/36（3） H01M004/58（3）
B22F009/04（2） C01B033/02（2） C01G049/00（2）
C02F001/30（2） C08F220/06（2） C08G018/48（2）
C08G083/00（2） C09K008/03（2） C09K008/32（2）
发明人 CHEN M（37）
公开年 2022（29） 2023（8）
申请年 2022（37）
专利权人 UNIV SHAANXI.（5） UNIV SOUTHWE.（4） BEIJING TONG.（2） PHYLION BATT.（2）
SICHUAN PHYL.（2） SUZHOU LIANX.（2） UNIV HENAN N.（2）

Preparing manganese dioxide-reduced graphene oxide modified stainless steel mesh cathode membrane, used as microbial fuel cell-membrane bioreactor component comprises e.g. carrying out constant current anode treatment on manganese acetate solution, and performing constant potential anodic treatment.

WANG J, ZHONG C, LIU H, WANG X, ZHANG W, WANG Y, ZHANG H, ZHANG D, WU H, CHEN M, HU Z, ZHU H

Method for preparing metal/carbon material bipolar plate by laser in situ, involves pre-processing surface of metal substrate, presetting solid carbon source on surface of pre-treated metal substrate and irradiating by alloying process.

CHEN M, ZHENG X, QIANG H, QI M, WEI M, YANG Z, YE X

Preparing an amphiphobic sulfonated carbon nanotube/modified graphene oxide wetting reversal agent used to transform the reservoir, comprises adding carbon nanotubes into the acid solution, ultrasonically treating , heating and stirring, drying the sample to obtain sulfonated carbon nanotubes.

CHEN M, LIANG S, GONG J, LI D, LIU B, XU N, ZHANG C, SHI W, WANG Y

Neodymium-iron-boron zinc-plated nickel alloy and plating layer structure of graphene, has citrate pre-plating nickel layer prepared from inside to outside of substrate, and trivalent chromium blue passivation layer and graphene sealing layer.

DENG Y, LAI H, GUO C, CHEN M

Method for secondary growth of graphene on metal surface by laser, involves artificially damaging laser primary growth, damaged area, again using nanosecond pulse laser to obtain graphene film of metal surface secondary growth.

YANG Z, WEI M, CHEN M, ZHENG X, QI M, QIANG H, YE X

Graphene composite foam useful e.g. in insole, comprises highly reactive polyether polyol, polymer polyol, modified graphene, silicone oil, crosslinking agent, foaming agent, catalyst, flame complex agent and foam stabilizer, and its surface is covered with polyurethane waterproof film.

FANG M, CHEN Y, CHEN M, LIN F

Preparation of composite photocatalyst used for degrading printing and dyeing wastewater, involves dissolving lead(II) chloride and methylammonium iodide white crystals in dimethylformamide, adding graphene carrier precursor solution and silver vanadium oxide solution, reacting, washing, and drying.

CHEN M, LIN J, GONG A, XIAO J, ZHOU H, JIN D

Preparing copper-graphene-acrylic acid composite gel comprises adding deionized water, measuring acrylic acid solution, mixing mixed solution B and C, ultrasonically treating graphene oxide solution using two-stage heating program and adjusting ultrasonic power.

WANG Z, YANG G, WU T, LIU J, CHEN M, CHEN S, ZHENG K

Thermally-conductive epoxy resin circuit board e.g. epoxy resin copper-clad circuit board, comprises epoxy resin insulating layer containing white graphene material.

CHEN M, LIU J, JIANG J

Comprehensive resource recovery and reuse of titanium dioxide by-product ferrous sulfate and waste graphite cathode materials, comprises e.g. mixing titanium dioxide by-product ferrous sulfate and waste graphite cathode material with high-molecular organic matter and calcining.

LI Q, LI J, WU C, HAO X, LI L, CHEN M, QI J, SHEN X, SHANGGUAN E