国家/地区 美国（16） 世界知识产权组织（12） 日本（11） 欧洲专利局（EPO）（10） 中国（8） 韩国（7） 台湾（5） 澳大利亚（2） 印度（2） 新加坡（2）
IPC部 B（17）
IPC大类 C01（17）
IPC小类 C01B（17）
IPC H01B001/04（17）
发明人 AKSAY I A（2） KASPAR T（2） KORKUT S（2）
NESPER R（2） PRUD APOS HOMME R K（2） PRUD H R K（2）
PRUD HOMME R K（2） PRUDHOMME R K（2）
公开年 2010（8） 2009（5） 2011（3）
申请年 2009（17）
专利权人 AKSAY I A（2） BELENOS CLEA.（2） KORKUT S（2） PRUDHOMME R .（2）
UNIV PRINCET.（2）

Producing stable colloidal graphene dispersions for producing e.g., graphene layer, by stirring graphite oxide in water dispersion or aprotic solvent to obtain clear colloidal graphene oxide dispersion and thermally reducing graphene oxide.

NESPER R, KASPAR T

Graphene oxide sheet used for graphene-containing material, is obtained by dispersing graphene-containing carbon substance using dispersing agent to reduce size of aggregation unit of carbon substance, and oxidizing resulting product.

FUGETSU B

Producing a graphene-solution, useful for producing a composite material, which is useful in batteries, capacitors, paints, coatings and catalysts, comprises reducing graphite with an alkali metal salt in a polar organic solvent.

WOLF A, LOLLI G, MLECZKO L, SCHLUETER O F, SCHLUETER O F K, SCHLUETER O, SCHLUTER O F

Manufacture of doped graphene thin film for electrochromic devices comprises hetero-epitaxially growing intermediate graphene thin film on catalyst thin film, and doping intermediate graphene thin film with n- or p-type dopants.

VEERASAMY V S, VEERASAMY V

Producing e.g. multi-graphene dispersion, useful as electrode material in lithium ion battery, comprises dispersing graphite oxide in dispersion medium to form multi-graphene oxide dispersion, and thermally reducing the oxide in dispersion.

NESPER R, TOMMY K, NESEUPEO R, TOMI K, NIRSBOR R, NISPORRE R, KASPAR T

Electroconductive particle comprising a polymer microparticle and graphene coating layer grafted on the polymer microparticle, useful in anisotropic conductive film for packaging electronic devices.

LEE S, KIM K, LIM S H, PARK M, KIM J K, KIM H, LEE H, KIM G, IM S, KIM J, KIM K H, KIM H S, YI S S, I H J, SU LEE S, SUK KIM H, JEONG LEE H, GYEONG KIM J, HO IM S, LEE S S

Graphene structure for electronic device elements, contains graphene fixed to substrate in which bonding is formed between portion to which hydrophilic process is performed, or portion to which hydrophilic process is not performed.

SANDHU A

Separation of metal graphene single layer carbon nanotubes and semi-conductor graphene single layer nanotubes comprises reacting diazonium salt derivative to mixture of the metal graphene nanotube and the semi-conductor nanotube.

CHENEVIER P

Removing a carbonization catalyst from graphene sheet, involves contacting the carbonization catalyst with a salt solution, which is capable of oxidizing the carbonization catalyst.

CHOI J, HONG B H, KIM K S

Preparing graphene nanoribbons involves providing carbon nanotubes, and reacting carbon nanotubes with oxidant to form oxidized graphene nanoribbons.

HIGGINBOTHAM A, KOSYNKIN D W, PRICE K B, TOUR J M, KOSYNKIN D V, PRICE B K, TOUR J, KOSYNKIN D, DUQUE A, DUGUE A, PRICEHOELSCHER B K