国家/地区 中国（12）
IPC部 C（12）
IPC大类 C23（12）
IPC小类 D06M（12）
IPC D06M011/74（9） C23C016/26（6） D06M101/40（4）
D06M011/83（3） D06M101/32（3） C23C016/455（2）
C23C018/32（2） D01F009/12（2） D06M101/28（2）
D06M101/30（2）
发明人 CHEN Y（2）
公开年 2022（5） 2020（2） 2021（2）
申请年 2022（4）  2021（3）  2018（2） 
专利权人

Depositing polystyrene microspheres by selecting substrate for polystyrene microsphere deposition, placing substrate on substrate in reaction chamber of atomic layer deposition instrument, vaporizing diethyl zinc, ultrasonically dispersing and soaking substrate in polystyrene microsphere suspension.

GENG Z, PU J, CAO Q, DU J, XU X, ZHANG H, GUAN C

Highly conductive graphene-pretreated electroplated metal fibers, comprises graphene oxide layer provided on outside of non-woven fabric, outside of metal nickel layer provided with electroplated copper layer, and protective nickel layer provided on outside of electroplated copper layer.

HU T, FANG R

Preparing flame-retardant, cold-resistant and cut-resistant shielding multi-spectrum fabric involves dropping aqueous ammonia, adding ethanol stabilizer, mixing polyfluortetraethylene resin, adding graphene, plasticizing, pressing mixed material into blank, extruding, drafting, spinning and knitting.

SUN R, WANG T, GUO H, DONG F, XU G

Preparation method of carbon material used in e.g. micro-circuit, involves obtaining carbon material on surface substrate when conductive medium is solid substrate.

DONG Q, BAI W, CHU D, HE Y

Radiation-proof synergistic treatment method for metal, involves annealing metal wire to obtain softened metal fibers, etching surface of metal fiber using alkaline solution to form three-dimensional porous structure on surface of metal fiber, and dispersing radiation-proof synergistic particles.

ZHANG C, WU K, CHEN Y

Conductive fiber, comprises leather layer which is non-conductive thermoplastic high molecular polymer and core layer which is mixture of carbon black material, graphene oxide material or graphene oxide and other conductive fillers.

LV Y, CHEN J, LV K, DING C

Industrial mass production of vertical graphene composite carbon felt involves soaking carbon felt in acid solution, vibrating, repeatedly washing soaked carbon felt with deionized water, drying, and putting carbon felt on roller device.

QIN C, LI T, WANG Q, LOU H, SHI L, LUO L, HUANG S

Processing fabric comprises e.g. dispersing graphene oxide in formamide solution to obtain dispersion, dissolving ferric nitrate and nickel nitrate in dispersion, and mixing uniformly to obtain mixed solution.

YAN B

Graphene-metal wire composite fiber has n-stage super-spiral multi-stage structure composed of sub-fibers, and first-stage sub-fiber is formed by spirally winding metal wires coated with graphene.

CHEN Y, ZHAO K, ZHANG T, REN A

Graphene-coated wire coil preparation device comprises reaction kettle is provided with atomic fountain, field effect separator, atomic disperser, wire feeder, wire, reorganizer, fermion stubborn device and quality inspection device.

ZHANG W