国家/地区 台湾（9）
IPC部 C（7） H（7） B（5）
G（2）
IPC大类 H01（7） B32（5） C01（5）
B82（4） C23（2） G03（2）
H05（2）
IPC小类 B32B（5） C01B（5） B82Y（4）
H01L（4） C23C（2） H01B（2）
H01M（2） H05K（2）
IPC C01B031/04（4） B82Y040/00（3） B32B009/00（2）
B32B033/00（2） B82Y099/00（2） C01B021/064（2）
C01B031/02（2） C23C014/24（2） H01M004/133（2）
H01M004/38（2） H01M004/583（2） H05K001/03（2）
发明人 SUNG C（9） SONG J（7） LIN H（3）
LIN I（3） LIN Y（3） SUNG C M（2）
公开年 2012（4） 2013（2）
申请年 2012（4）  2010（3） 
专利权人 SUNG C（9）

Multilayer Silicon/graphene composite anode structure for half and full lithium-ion cells, has graphene thin film deposited onto amorphous phase upper silicon thin film of Silicon/graphene unit layer, where layer is deposited on substrate.

TATSUHIRO M, CHEN C, HUNG T, MOHAMED S G, LIU R, HU S, LIN H, LIN Y, SUNG C, HWANG B, CHEN Z, HONG T, HUANG B, SEN D, SHAD M, SONG J, CHEN C J, HUNG T F, LIU R S, HU S F, LIN H Z, LIN Y Q, SUNG C M, HWANG B J

Thermally-conductive paste, used in e.g. LED, comprises carrier e.g. epoxy resin, graphene platelet dispersed in carrier, and packing materials dispersed in carrier, where a portion of packing materials contacts surface of graphene platelet.

SUNG C, LIN I, LIN H, LIN Y, SONG J

Fabricating patterned graphene, comprises forming catalytic layer on substrate and carbon layer of e.g. iron on catalytic layer, photolithographically etching on carbon layer and heating obtained layer to form patterned graphene layer.

SUNG C, LIN I, LIN H, LIN Y, SONG J

Method for fabricating transparent electrode of e.g. LED, involves applying carbon source to carbon-soluble layer to form set of graphene layers on soluble layer, where thickness of graphene layers is controlled by soluble layer.

SUNG C, SONG J, SUNG C M

Making graphene on diamond substrate, comprises applying metal layer to crystallographic face of diamond substrate, and heating diamond substrate under vacuum to convert portion of diamond substrate at crystallographic face into graphene.

SUNG C, SONG J

Graphene transparent electrode for use in graphene LED, has graphene sheets electrically connected and overlapped with each other, where electrode has specific electrical resistance and specific light transmittance.

SUNG C

Lithium-ion battery for electronic or electrical products, has negative electrode having graphene multi-layered structure comprising two-dimensional graphene layers, and lithium ions intercalate or de-intercalate between graphene layers.

SUNG C

Electronic device useful as e.g. electronic display, comprises graphene layer, planar hexagonal boron nitride layer operably associated with graphene layer, power source, phosphor layer, and metal atoms intercalated in boron nitride layer.

SUNG C, SONG J

Forming graphene layer used in e.g. transistors, solar panels, involves mixing carbon source with molten solvent, precipitating carbon source from solvent to form graphite layer, and separating graphite layer into several graphene layers.

SUNG C, HU S C, LIN I, YU C, SONG J