国家/地区 西班牙（49）
IPC部 C（49） B（41） H（18）
D（3） G（2）
IPC大类 C01（49） B82（38） H01（17）
B32（13） C23（13） C09（11）
C25（10） C08（9） B01（8）
B05（6） B21（6） C03（5）
C04（5） C22（5） C07（4）
IPC小类 C01B（49）
IPC C01B031/04（49）
发明人 CHIBA G（4） CHIBA Y（4） KINLOCH I A（3）
YOSHIHIRO C（3） ALVAREZ R P（2） ALVAREZ RODRIGUEZ P（2）
ATRASZKIEWICZ R（2） BLANCO R C（2） BLANCO RODRIGUEZ C（2）
CHIBA YOSHIHIRO（2） DELGADO S J M（2） DELGADO SANCHEZ J M（2）
DRYFE R A W（2） DYBOWSKI K（2） GARCIA G H（2）
公开年 2012（9） 2015（9） 2014（8） 2016（8） 2011（6） 2013（6） 2009（2）
申请年 2012（11）  2014（10）  2013（8）  2015（5）  2016（5）  2011（4）  2010（3）  2007（2） 
专利权人 CONSEJO SUPE.（4） JX NIPPON MI.（4） NIPPON MININ.（4） NIPPON MININ.（4）
UNIV MANCHES.（4） KINLOCH I A（3） ABENGOA SOLA.（2） COUNCIL SCI .（2）
DRYFE R A W（2） FUNDACION IM.（2） GRAPHENE PLA.（2） GRAPHENE PLA.（2）
GRUPO ANTOLI.（2） NIPPON MININ.（2） POLITECHNIKA.（2） TORAY IND IN.（2）

Apparatus to produce graphene and similar atomic scale laminar materials by delamination of bulk laminar material comprising graphite, comprises main pump for pumping fluid that is solid suspension of particles of material and impact head.

LADISLAUS P, GLASGOW L, MCHALE R

Hybrid material for coating system, has stack of vitreous or glass-ceramic lamellae, in which graphene-based filler material is oriented parallel to lamellae, located in interlayers between lamellae, and forms interconnected network.

GARCIA GRANADOS E S, MIRANZO LOPEZ P, NISTAL GONZALEZ A, OSENDI MIRANDA M I, SAINZ TRIGO M A, GONZALEZ A, GRANADOS E S, LOPEZ P, MIRANDA M I, TRIGO M A

Method for obtaining high quality graphene of copper lamina in substrate, involves selecting remaining volume of gas or gas mixture from argon and nitrogen or mixtures of argon and nitrogen, and obtaining maximum orientation of plane.

CRUSELLAS N, FONTANA L, ALFONSO E, BUGUNA G, GODIGNON P, SANZ R, SANCHEZ J A, ALVAREZ F, RUBI M, MARTIN M E

Electroactive nanofluid used as liquid electrode for storage of energy in flow cells comprises liquid unit chosen from organic solvent or acid, neutral or watery basic compound dissolution and surfactant, and graphene-based compound.

GOMEZ ROMERO P, DUBAI D, GOMEZ CASAN D, ROMERO P, CASAN D, DUBAL D, GOMEZ R P, GOMEZ C D

Obtaining graphene oxide, used to manufacture graphene oxide films, comprises adding an acid and a salt to graphite for obtaining graphite oxide, and exfoliating the graphite oxide by mixing it.

ZURUTUZA ELORZA A, ALONSO RODRIGUEZ B, ZURUTUZA E A, ALONSO R B, ELORZA A Z, RODRIGUEZ B A

System used for semiconductor, electrical devices and diode comprises graphene layer which is prepared on metallic surface of metallic piece formed by transition metal 5d or combination.

CALLEJA MITJA F, LERET GARCIA S, NAVARRO OCANA J J, STRADI D, BLACK MOROCOIMA A, BERNARDO GAVITO R, GARNICA ALONSO M, GRANADOS RUIZ D, LOPEZ VAZQUEZ DE PARGA A, PEREZ ALVAREZ E, MIRANDA SORIANO R, MITJA F, GARCIA S, OCANA J J, MOROCOIMA A, GAVITO R, ALONSO M, RUIZ D, VAZQUEZ DE PARGA A, ALVAREZ E, SORIANO R

Graphene-augmented carbon fiber for composite material comprises graphene film disposed in carbon fiber filament.

HUMFELD K D

Graphene powder for manufacturing paste for forming lithium ion battery electrode, has preset specific surface area measured by BET measurement, and oxygen-to-carbon element ratio measured by X-ray photoelectron spectroscopy.

YANG H, TAMAKI E, KUBOTA Y

Preparation of graphene for energy storage materials, involves flash thermal treatment of graphite oxide to produce exfoliation, cooling, and heating at temperature higher than flash thermal treatment temperature at preset rate.

PAEZ DUENAS A, GARCIA SAN LUIS J, ALVAREZ RODRIGUEZ P, GRANDA M, BLANCO RODRIGUEZ C, SANTAMARIA RAMIREZ R, BLANCO P, FERNANDEZ L, MENENDEZ LOPEZ R M, CALLE GOMEZ F, PAEZ D A, GARCIA S L J, ALVAREZ R P, BLANCO R C, SANTAMARIA R R, MENENDEZ L R M, CALLE G F, CALLE G M F, DUEAAS A P, RODRAGUEZ C B, SAN LUIS J G, SANTAMARAA R R, MENA N L P R M

Graphite-based carbon material used as graphene precursor for preparing graphene dispersion, comprises rhombohedral graphite layer and hexagonal graphite layer, and has specified rate calculated based on X-ray diffraction method.

HASEGAWA S, KAMIYA N, HASEGAWA SHOJI, KAMIYA NAGISA, SHOJI H, NAGISA K, SHEN Y