国家/地区 中国（10）
IPC部 C（9） H（9）
IPC大类 H01（9） C09（8）
IPC小类 H01L（9） C09J（8）
IPC H01L051/44（7） H01L051/46（7） H01L051/48（7）
C09J004/00（5） C09J167/06（5） C09J163/00（2）
C09J183/04（2） H01L051/52（2） H01L051/54（2）
H01L051/56（2）
发明人 YU J（10）
公开年 2011（9）
申请年 2011（10）
专利权人 UNIV CHINA E.（9）

Preparation of graphene product involves mixing synthetic graphite, natural crystalline flake graphite and crystalline flake graphite, and providing crucible container with graphite oxide to microwave vacuum sintering furnace.

TIAN X, WANG H, YU J, WANG J

Substrate for flexible photoelectron device comprises a flexible substrate as an ultraviolet photo-curable adhesive comprising e.g. free radical type UV photo-curable adhesive, and a conductive layer as graphene film.

CHEN S, JIANG Y, YU J, YU X

Substrate for flexible photoelectric device comprises a flexible substrate as an ultraviolet photo-curable adhesive or a graphene-doped ultraviolet photo-curable adhesive, and a conductive layer as a silver nanowire thin film.

CHEN S, HUANG J, JIANG Y, YU J

Substrate for flexible photoelectric device comprises a flexible substrate e.g. an ultraviolet light curable silicone adhesive, and a conductive layer e.g. a silver nanowire thin film, whose gap is filled with graphene.

HUANG J, JIANG Y, LIU S, YU J

Substrate for flexible photoelectric device comprises a flexible substrate as inorganic luminous nano particle doped ultraviolet (UV) photo-curable silicone adhesive, and a conductive layer as graphene film.

JIANG Y, LI L, YU J, ZHAO J

Substrate for flexible photoelectric device comprises a flexible substrate as an inorganic luminous nano particles-doped ultraviolet photo-curable adhesive, and a a conductive layer as a graphene film.

JIANG Y, LI L, YU J, ZANG Y

Substrate for flexible photoelectric device comprises a flexible substrate as an ultraviolet solidified organic silicone adhesive or graphene-doped UV solidified organic silicone adhesive, and a conductive layer as thin carbon nanotube.

JIANG Y, LI L, MA Z, YU J

Flexible substrate for photoelectronic device, comprises e.g. a flexible substrate, and a conductive layer composed of thin carbon nanotube layer filled with graphene or graphene doped with dual-cure adhesive.

LI L, LI Q, YU J, ZANG Y

Substrate for flexible photoelectric device comprises a flexible substrate as an ultraviolet photo-curable adhesive or graphene-doped ultraviolet photo-curable adhesive, and a conductive layer as thin carbon nanotube.

LI L, LI Q, LIU S, YU J

Substrate for flexible photoelectronic appliances, has dielectric polymer material optionally doped with graphene, as flexible substrate, and silver nano wire film having gap filled with graphene or polymer, as electroconductive wire.

JIANG Y, YU J, LI L, LIU S