国家/地区 台湾（31）
IPC部 C（31） B（29） H（17）
G（2）
IPC大类 C01（31） B82（26） H01（16）
B32（10） C23（8） B01（6）
B05（6） C22（6） B21（5）
C08（5） C07（4） C25（4）
H05（4） C09（3） C30（3）
IPC小类 C01B（31）
IPC C01B031/02（31）
发明人 CHIBA G（5） CHIBA Y（5） NOMOTO K（5）
YOSHIHIRO C（4） FENG X（3） GUO J（3）
GUO J W（3） HE X（3） LI J（3）
LI J J（3） LI W（3） MUELLEN K（3）
MULLEN K（3） NAGATA T（3） OGUNI T（3）
公开年 2013（20） 2012（10）
申请年 2012（31）
专利权人 SEMICONDUCTO.（6） HON HAI PREC.（5） HONGFUJIN PR.（5） JX NIPPON MI.（5）
NIPPON MININ.（5） NIPPON MININ.（5） UNIV TSINGHU.（5） BASF AG（3）
BASF SE（3） NIPPON MININ.（3） BASF CHINA C.（2） MAX PLANCK G.（2）
NOMOTO K（2） TODORIKI H（2）

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

Method for manufacturing epitaxial structure of e.g. LED, involves forming graphene layer on epitaxial growth surface, and epitaxially growing epitaxial layer on epitaxial growth surface.

WEI Y, FAN S, GI Y, FAN F Y

Making strip shaped graphene layer involves providing graphene film on surface of substrate; drawing carbon nanotube film comprising carbon nanotube segments; disposing carbon nanotube composite on the film; applying voltage; and etching.

LIN X, JIANG K, FAN S

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

Process for producing graphene with specific shape using graphite with the artificial orientation as the raw material for composite material formation.

SU C, GEE C, CHENG Y, LIN C, LI L

Making graphene, comprises disposing metal lithium and graphite in solution of lithium salt in solvent to gather lithium ions and solvent molecules between adjacent layers of graphite to form graphite intercalation compound and peeling off.

HE X, WANG L, LI J, GUO J, SUN W, REN J, XIANGMING H, LI W, LI J J, GUO J W, SUN W T

Making sulfur-graphene composite material, by adding elemental sulfur solution in graphene oxide dispersion, and adding reducing agent to mixed solution, where solution includes first solvent and elemental sulfur dissolved in first solvent.

WANG L, HE X, LI J, GUO J, SUN W, REN J, LI W, XIANGMING H, LI J J, GUO J W, SUN W T

Making sulfur-graphene composite material includes dissolving sulfur-source chemical compound into dispersed solution comprising solvent and graphene sheets, followed by reacting it with reactant e.g. nitric acid, and separating material.

WANG L, HE X, LI J, GUO J, SUN W, REN J, LI W, XIANGMING H, LI J J, GUO J W, SUN W T

New oligophenylene monomer useful for preparing a polymeric precursor for producing graphene nanoribbons useful in an electronic, optical, or optoelectronic device.

SCHWAB M G, NARITA A, FENG X, MUELLEN K, MULLEN K, SCHWAB M G S, SCHVAB M G, MILLEN K

Segmented graphene nanoribbon useful for generating heterojunctions and heterostructures, comprises at least two different graphene segments covalently linked to each other.

BLANKENBURG S, CAI J, FASEL R, FENG X, MUELLEN K, PASSERONE D, PIGNEDOLI C, RUFFIEUX P, MULLEN K, PIGNEDOLI C A, TSAI J, CAI Y