国家/地区 韩国（19） 美国（19） 中国（6） 欧洲专利局（EPO）（6） 日本（2）
IPC部 H（20） C（7） B（6）
G（5）
IPC大类 H01（20） C01（6） B82（4）
H05（4） G02（3） G03（2）
G06（2）
IPC小类 H01L（17） C01B（6） H01B（5）
B82Y（4） G02B（2） G02F（2）
G03F（2） G06F（2） H01M（2）
H05K（2）
IPC H01L021/02（10） H01L029/16（9） C01B031/04（6）
H01L029/66（6） H01B005/14（5） H01L029/06（5）
H01B001/02（4） H01L029/778（4） H01L029/786（4）
B82Y030/00（3） H01L029/45（3） H01L031/0224（3）
H01L031/18（3） B82Y040/00（2） G03F007/20（2）
发明人 PARK S（6） LEE C（5） PARK S J（5）
CHO Y（4） LEE C S（4） LEE J（4）
JEONG S J（3） KIM H（3） KIM H W（3）
KO W（3） KWAK C（3） LEE J H（3）
PARK H C（3） PARK J（3） SHIN H（3）
公开年 2017（20）
申请年 2016（20）
专利权人 SAMSUNG ELECTRONICS CO LTD（20）

Photomask pellicle for protecting photomask in exposure process using light including extreme UV (EUV), has nanocrystalline graphene that comprises nanocrystalline crystal grains and grains comprise two dimensional carbon structure.

SHIN H J, SONG H J, PARK S J, SHIN K W, LEE C S, SHIN H, SONG H, PARK S, SHIN K, LEE C

Graphene substrate useful in transistor as electronic device, comprises a substrate having an adhesion force, a graphene layer provided on the substrate and a dielectric layer provided on the graphene layer.

JEONG S J, KIM H S, KIM Y S, PARK S J, KIM H J, SEOL D H, YANG J H

Conductor for electronic device comprises substrate, conductive layer disposed on substrate and having islands containing graphene whose surfaces have p-type dopant, and another conductive layer containing conductive metal nanowire.

SOHN H, KWAK C, KIM M J, PARK H C, SHIN W, CHO Y

Lithium secondary battery used e.g. as flexible battery, comprises negative electrode, positive electrode and electrolyte disposed between the electrodes, where the negative electrode comprises silicon composite, silicon oxide and graphene.

PARK J, MOON J, SON I, CHOI J, HWAN P J, HYEOK M J, HYEOK S I, MAN C J

Method for forming multilayer graphene for e.g. stackable device, involves forming multilayer graphene on area of graphene at temperature by using source gas, where source gas used to form graphene is different from source gas.

HYOWON K, KIM H, KIM H W, JIN X

Method of intercalating insulating layer between metal catalyst layer and graphene layer in fabrication of semiconductor device, by intercalating nitrogen ions between metal catalyst substrate and graphene layer.

KO W, KIM H, KU J, JEON I, KO W H, KIM H W, KU J Y, JEON I S

Transparent electrode for use in e.g. flexible display, has first electrode layer formed on substrate, and second layer formed on first layer, where set of holes is arranged in repetitive array in graphene mesh structure.

WOO Y S, SOHN H, SHIN W, CHO E, KWAK C, PARK H C, CHO Y, KO D, KO W, KIM K, CHO E H, KO D S, WOONG K, YEO R, SUN X, XIN Y, GUO C, PARK H, CAO Y, GAO D, GAO X, KIM G

Transparent electrode used for electronic device e.g. flat panel display, has layer containing thermosetting copolymer and/or combination of polymers, and layer containing graphene, and layer having electroconductive metal nanowire.

PARK H C, CHO Y, YANG D, KWAK C, KIM K, SHIN W, WOO Y S

Photodetector for use as light-receiving device, has second graphene layer that is set on 2D material layer, and first electrode that is set on first graphene layer, and second electrode that is set on second graphene layer.

HEO J, PARK S, LEE K, LEE S, LEE E, LEE J, HEO J S, PARK S J, LEE K Y, LEE S Y, LEE E K, LEE J H

Conductor, has nano pattern arranged on substrate, and graphene layer arranged over nano pattern that comprises set of linear structures extending in same direction and spaced apart from each other of set of linear structures.

JEONG S, KIM D, KIM H, KO W, KU J, RYU S, JEONG S J, KIM D G, KIM H W, KO W H, KU J Y, RYU S H