国家/地区 新加坡（10）
IPC部 B（10）
IPC大类 B82（10）
IPC小类 C01B（10） B82Y（9） C07C（9）
B82B（5） C08F（3） B01J（2）
C07D（2） C08G（2） C08L（2）
C09K（2） D01F（2） H01B（2）
H01L（2）
IPC C01B031/04（10） C01B031/02（9） B82Y030/00（8）
B82Y040/00（7） B82B001/00（4） B82B003/00（3）
C01B031/00（2） C01B032/182（2） C07C015/14（2）
C08G061/10（2） D01F009/12（2） H01B001/04（2）
发明人 TOUR J（4） TOUR J M（4） FENG X（3）
MUELLEN K（3） MULLEN K（3） KOSYNKIN D（2）
KOSYNKIN D V（2） MILLEN K（2） SCHVAB M G（2）
SCHWAB M G（2） SCHWAB M G S（2）
公开年 2013（6） 2011（2）
申请年 2012（3）  2013（3）  2010（2） 
专利权人 UNIV RICE WI.（4） BASF AG（3） BASF CHINA C.（3） BASF SE（3）
MAX PLANCK G.（3） UNIV RICE WI.（3）

Synthesis of graphene derivatives and functional materials used in e.g. transistors, sensors, actuators, pharmaceutical, information displays and semiconductor comprises forming refluxed solution of starting material and additive.

TANIMOLA O W

Preparing porous graphene oxide material used as catalyst, comprises preparing graphene oxide sheets, heating graphene oxide suspension containing sheets with base and heating mixture of base-treated graphene oxide sheets and acid.

LOH K P, SU C L

Graphene nanoribbon used for e.g. spintronic device, contains repeating unit having modification(s) chosen from heteroatomic substitution, vacancy, stone-wales defect, inverse stone-wales defect, and hybridized carbon network.

FASEL R, RUFFIEUX P, MUELLEN K, CAI J, FENG X, BERGER R, TSAI J, CAI Y, MULLEN K, MILLEN K

Method for forming film of graphene involves placing substrate in processing chamber at reduced pressure, performing surface treatment process on portion of substrate, and providing carbon-containing material in processing chamber.

BOYD D A

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

New graphene nanoribbon precursors comprising polycyclic aromatic hydrocarbon repeat units, used in graphene nanoribbons for field-effect transistors.

SCHWAB M G S, MUELLEN K, FENG X, DOESSEL L, SCHWAB M G, MULLEN K, DOSSEL L, SCHVAB M G

Preparation of functionalized graphene nanoribbons used for e.g. deicing circuit, involves exposing carbon nanotubes to alkali metal source in presence of aprotic solvent and exposing opened carbon nanotubes to electrophile.

TOUR J M, LU W, GENORIO B, TOUR J, TOUR YA M, LU V

Transparent electrode for optoelectronic applications e.g. organic photovoltaics and organic light emitting devices, comprises a grid structure, a graphene film associated with the grid structure, and a substrate.

TOUR J M, ZHU Y, TOUR J, SUN Z, YAN Z, RUAN G, PENG Z

Producing graphene oxide involves mixing graphite source with solution containing oxidant and protecting agent, and oxidizing the graphite source with the oxidant in presence of the protecting agent to form graphene oxide.

TOUR J M, KOSYNKIN D V, TOUR J, KOSYNKIN D

Graphene nanoribbons preparation for electronic device comprises exposing carbon nanotubes to alkali metal source in the absence of solvent, and adding electrophile to form functionalized graphene nanoribbons.

TOUR J M, KOSYNKIN D V, TOUR J, KOSYNKIN D