国家/地区 中国（23） 韩国（5）
IPC部 C（27） B（4） F（2）
H（2）
IPC大类 C08（27）
IPC小类 C08J（27）
IPC C08J005/18（27）
发明人 LEE J H（2） LI Y（2） LIU X（2）
SUN Y（2） WANG J（2）
公开年 2013（16） 2014（9） 2015（2）
申请年 2013（27）
专利权人 HARBIN INST .（2） LEE J H（2）

Manufacture of flexible graphene composite film involves immersing self-supporting flexible graphene film in perchloric acid solution, magnetically-stirring under ice bath condition, and then adding aniline monomer and stirring.

QIAO S

Composition, useful for preparing a barrier film useful in a flexible display product e.g. LCD, comprises graphene particle, transparent polyelectrolyte solution, polyamic acid solution and dispersing agent.

SUN Y K, HUNG K A, HYUN S O, KYUNG I A, JUNG B K

Composition useful for encapsulating transparent thin film of an organic electronic device, comprises graphene, polyimide or its precursor, and solvent.

HYEON L S, JU K S

Forming graphene polyimide composite film involves making graphene suspension, dissolving diamine of 4,4-diaminodiphenyl ether and pyromellitic dianhydride, conducting polycondensation reaction, de-foaming, imidizing, rolling, and cutting.

CEN J

Preparation of ionic liquid modified graphene/polyaniline composite film used for preparing sensors and ultracapacitors by configuring ionic liquid modified graphene in polyaniline aqueous dispersion, soaking substrate, and layering.

LIU X, LUO J, MA Q, CHEN Y

Preparation of conductive polyimide composite thin film involves soaking substrate in graphene oxide/polyamic acid composite solution, pulling to obtain graphene oxide/polyamic acid composite film, heating, and carrying out cyclodehydration.

TANG X, DIAO J, DONG J

Polyimide/fluorinated graphene composite film is obtained by dispersing graphene in polyimide base component.

BAI R, LI Y, NIU Y, ZHAO J

Preparation of flexible transparent polymer conductive thin film for e.g. biosensor, involves preparing stable colloidal dispersion of graphene oxide, and modifying graphene oxide surface using poly-diallyl dimethyl ammonium chloride.

WANG Y, WANG B, FENG J

Preparation of reduced nanocomposite involves dispersing graphene oxide in water, adding solvent to dianhydride and diamine, reacting with neutralizing agent and aqueous graphene oxide, drying, thermally imidizing and reducing, and cooling.

AN F, LV C, ZHANG S, YUAN H

Electroconductive cellulose-based resin composition for molded product, contains carbon material chosen from single-layered carbon nanotubes, multilayered carbon nanotubes, single-layered graphene, multilayered graphene and fullerene.

NAKAMURA TOSHIKAZU, SHIMAMOTO SHU, OKADA SHIZUKA, NAKAMURA T, SHIMAMOTO S, OKADA S, OKADA K, TOSHIKAZU N, SHU S, SHIZUKA O