国家/地区 欧洲专利局（EPO）（15）
IPC部 B（15）
IPC大类 B32（15）
IPC小类 B32B（15） C01B（13） B82Y（11）
C23C（8） H01B（5） H01L（5）
B05D（4） C09D（4） H05K（4）
B21B（3） C22C（3） C22F（3）
B01J（2） B82B（2） C25F（2）
IPC B82Y030/00（11） C01B031/02（11） C01B031/04（10）
B82Y040/00（9） B32B009/00（4） C23C016/26（4）
B21B001/40（3） B21B003/00（3） B32B038/10（3）
B32B043/00（3） C22C009/00（3） C22C009/02（3）
C22F001/08（3） H01B013/00（3） B01J023/72（2）
发明人 CHIBA G（3） CHIBA Y（3） YOSHIHIRO C（3）
HEMOND J H B（2） LI Y（2） MARTENS R I（2）
TATSUYA Y（2） YAMAJI T（2）
公开年 2012（9） 2013（4） 2014（2）
申请年 2012（15）
专利权人 JX NIPPON MI.（3） NIPPON MININ.（3） NIPPON MININ.（3） NIPPON MININ.（2）
TE CONNECTIV.（2） TYCO ELECTRO.（2）

Surface-treated steel sheet comprises a steel sheet substrate and graphene containing polymer resin layer at the upper part of the steel sheet substrate.

KIM J K, YUN H C, YOO H J, KIM J S, JUNG Y G, KIM J, YUN H, YOO H, JUNG Y, LIU H

Manufacture of electromagnetic-wave-absorption film for e.g. personal computer, involves coating organic-solvent dispersion liquid comprising graphene microparticles and binder resin on surface of plastic film, and drying coated film.

KAGAWA S, SEIJI K

Manufacturing electrical conductor, comprises providing substrate layer, depositing surface layer on substrate layer, and depositing graphene layer on substrate layer.

SULLIVAN M M E, HILTY R D, MARTENS R I, ZHENG M, HEMOND J H B, LIU Z, SULLIVAN MALERVY M E, SULLIVAN MALERVY M, HILTY R, MARTENS R, HEMOND J, SULLIVANMALERVY M E

Heterogeneous laminate used e.g. in thermoelectric element of thermoelectric module which is used in thermoelectric apparatus, comprises graphene and thermoelectric inorganic compound (e.g. cobalt-antimony compound) disposed on graphene.

CHOI J, BAIK S, HONG S, KIM W, KIM E, LEE Y, BAIK S H, CHOI J Y, HONG S H, KIM E S, KIM W Y, LEE Y H, BAEK S, LI Y

Method for manufacturing laminate of graphene to produce e.g. electronic device product, involves providing target substrate to form first composite comprising target substrate, and removing of first composite from growth substrate.

HAQUE S M, WHITE R, BOWER C, HAQUE S

Copper foil for manufacturing graphene, has specified arithmetic mean roughness in rolling parallel direction and rolling perpendicular direction.

CHIBA YOSHIHIRO, CHIBA Y, CHIBA G, YOSHIHIRO C

Method for non-destructively transferring graphene, involves nondestructively combining graphene coated with media with target substrate, and removing media to transfer graphene to target substrate nondestructively.

REN W, GAO L, MA L, CHENG H

Copper foil for manufacturing graphene, has specified sum total of oxides and sulfides having diameter of below preset value before heating under hydrogen and argon-containing atmosphere.

CHIBA Y, YAMAJI T, YOSHIHIRO C, TATSUYA Y, CHIBA G

Copper foil for manufacturing graphene, has specified total number of oxide and sulfide having specified diameter with respect to elemental-analysis measurement of surface using scanning electron microscope.

CHIBA Y, YAMAJI T, YOSHIHIRO C, TATSUYA Y, CHIBA G

Method for forming graphene pattern using exfoliation technique, involves selectively peeling graphene layer by polymer stamp, and forming raised pattern on rotator polymer stamp, where polymer stamp is made of polydimethylsiloxane.

AN K, CHUNG T, JUNG D, KIM C G, KIM H S, LEE S S, LEE Y K, AN K S, CHUNG T M, LEE S, LI Y, KIM C, KIM H