国家/地区 中国（14）
IPC部 C（6） B（5） G（5）
H（3）
IPC大类 G02（4） H01（3） B22（2）
B82（2） C01（2） C22（2）
IPC小类 B22F（2） B82Y（2） C01B（2）
C22C（2） G02B（2） G02F（2）
H01L（2）
IPC B22F003/14（2） B22F007/04（2） B82Y010/00（2）
B82Y030/00（2） C01B032/186（2） G02F003/00（2）
H01L051/05（2） H01L051/40（2）
发明人 XIONG L（14）
公开年 2019（10） 2020（4）
申请年 2019（14）
专利权人 YANGTZE OPTI.（5） UNIV HUBEI E.（4） WUHAN INST T.（3）

Graphene composite super capacitor film winding device, has limiting rod whose outer part is sleeved with spring, where two ends of spring are propped against between right annular plate and right rectangular locating plate, respectively.

XIONG L, TONG H

Preparing graphite-graphene-metal composite material comprises e.g. depositing graphene on copper foil, mixing copper-plated graphite sheet with copper powder and spreading evenly to form copper-graphite composite layer.

JIANG F, BAI H, JIANG D, CHEN L, XIONG L, LUO J

Preparing graphene optical fiber comprises e.g. using optical fiber as growth substrate, placing liquid metal upstream of optical fiber in an inert atmosphere and hydrogen atmosphere, heating to growth temperature, and passing carbon source.

FU L, XIONG L, ZENG M, LI L

Graphene Nanostrip metamaterial structure based slow light device, has first graphene Nano-strip connected with second graphene Nano-strip, where second graphene Nano-strip is connected with third graphene Nano-strip.

WANG B, YU H, ZENG Q, XIONG L, DU J

Large-core-diameter optical fibers comprise glass layer including inner and outer layers which are coated with fluorine-containing acrylate-graphene composite fiber coating containing oligomer, active monomer diluent, and photoinitiator.

LIU H, CHEN G, CAO B, XIONG L, LUO J

Preparing conductive polymer/graphene oxide composite material involves dissolving ferric chloride in graphene oxide aqueous solution and dispersing ultrasonically to obtain mixed ferric chloride/graphene oxide aqueous solution.

YU X, WANG H, HE M, LI L, XIONG L

Dual graphene resonant cavity coupled waveguide based logic OR gate device, has first graphene nanometer strip waveguide and second graphene nanometer strip waveguide orderly arranged along straight line.

WANG B, YU H, XIONG L, ZENG Q, DU J, LV H

Device for continuously transferring graphene from roll to roll, has roll-to-roll conveying mechanism which drives graphene-metal copper foil to be covered by end of applicator and curing mechanism in order.

ZHANG J, XIONG L, LUO J, CHEN G

Graphene nanometer strip waveguide coupled resonator based logic AND gate device, has second and third graphene nanometer strip waveguide arranged to straight line, and first graphene resonant cavity located on straight line.

WANG B, YU H, ZENG Q, XIONG L, DU J, LV H

Preparation method for preparing graphene-metal composite material involves stacking graphene-metal composite raw material and sintering graphene-metal composite raw material to produce graphene-metal composite material.

ZHANG J, BAI H, XIONG L, LUO J, CHEN G, JIANG D, HANG C