国家/地区 韩国（6） 美国（6）
IPC部 H（4） B（3） G（2）
IPC大类 H01（4） B82（2）
IPC小类 H01L（3）
IPC
发明人 CHOI C G（5） CHUNG K H（3） KIM J T（3）
YOUN D H（3） YU Y（3） YU Y J（3）
CHOI J S（2）
公开年 2014（6）
申请年 2013（6）
专利权人 ELECTRONICS TELECOM RES INST（6）

Transferring graphene to fabricate graphene dual junction diode involves forming graphene layer by composing graphene and base layer; depositing self-assembled monolayer and separating combination layer of monolayer/graphene from base layer.

CHOI J S, YU Y, KIM J T, CHUNG K H, YOUN D H, CHOI C G, YU Y J

Apparatus used to generate terahertz wave used in e.g. non-destructive method, comprises substrate having e.g. active region, lower and upper metal layers, and graphene layer, where terahertz wave is amplified by surface plasmon polariton.

PARK K H, HAN S, PARK J W, RYU H, MOON K, KIM N, KO H, HAN S P, RYU H C

Forming graphene pattern, comprises forming fine pattern defined by trench on substrate, providing graphene solution on fine pattern, and selectively forming graphene layer on fine pattern contacting graphene solution.

CHUNG K H, KIM J T, YU Y, CHOI J S, YOUN D H, KIM K, CHOI C G, YU Y J, KIM K C

LED device has first and second electrode portions connected to first and second semiconductor layers, respectively and that each includes first metal layer, graphene layer, and second metal layer sequentially provided on substrate.

YOUN D H, CHOI C G, CHUNG K H

Graphene photonic device has optical waveguide that is extended on lower clad, in which first dielectric layer is provided, and graphene layer is provided on first dielectric layer.

KIM J T, CHOI C G

Nanoribbon sensor, useful for sensing molecules within gas and bio materials, comprises substrate, graphene layer, and upper dielectric layer, where graphene layer has electrode regions separated in first direction and channel region.

YU Y, CHOI C G, YU Y J