国家/地区 美国（12）
IPC部 B（12）
IPC大类 B05（12） C01（12） B82（11）
H01（8） B01（4） C08（3）
C23（3） B32（2） C09（2）
IPC小类 B05D（12）
IPC C01B031/04（12）
发明人 MILLER S A（3） TOUR J M（2）
公开年 2013（12）
申请年 2012（9）  2013（2） 
专利权人 EMPIRE TECHN.（3） ISLAND GIANT.（2） TOUR J M（2） UNIV RICE WI.（2）

Method for manufacturing electrical conductor, involves depositing boundary cappings on defects of graphene layer to inhibit corrosion of the substrate layer at defects and depositing boundary capping material on substrate layer.

LIU Z, ZHENG M, MARTENS R I, MARTENS R

Forming metal-alloy graphene nanocomposite, used as electrocatalyst in fuel cell applications, comprises e.g. forming conducting polymer layer on surface of graphene substrate, and pyrolyzing layer to form nitrogen-doped graphene substrate.

SUNDARA R, PARAMBATH V B, NAGAR R, NATARAJAN R, VINAYAN B P

Preparation of graphene ionic liquid composite used in making electrodes for e.g. batteries and super capacitors, involves combining graphene source with ionic liquid and heating at specified temperature.

AKSAY I A, KORKUT S, POPE M, PUNCKT C, AKSAY L A

Making graphene-carbon nanotube hybrid material, comprises applying catalyst and carbon source to graphene film, and growing carbon nanotubes on film, where grown carbon nanotubes are in ohmic contact with film at junctions.

TOUR J M, ZHU Y, LI L, YAN Z, LIN J, JU Y

Encapsulating a substance with graphene involves combining graphene oxide and water to form aqueous solution; contacting reducing agent and substance; mixing aqueous solution with reducing agent and substance; and producing graphene.

MILLER S A

Membrane used to separate gas from fluid mixture including first gas e.g. neon and second gas, includes graphene layer perforated by nanoscale pores, and gas sorbent to contact surface of layer and direct gas adsorbed at sorbent into pores.

DUERKSEN G L, MILLER S A

Electrode-forming composition for manufacturing electrode structure and electrode of secondary lithium batteries, comprises at least one vinylidene fluoride polymer, at least one polar organic solvent, and a graphene oxide.

FOUDA ONANA F, PIERI R, APOSTOLO M, MILTNER H E, GOFFIN A, CHEN S, FOUDA O F, GOFFIN A L, GOVEFIN A, FODAONANA F, FOUDAONANA F

Manufacture of large-scale three dimensional transparent graphene electrode used in electric and electronic applications, involves spraying conductive macromolecule solution and graphene solution, and drying.

HUH H, KIM W S, KIM H J, YOO E S, CHOI S H, HWANG J Y, JANG J Y, KIM T I, HEO H, HYEONG P N, SIK K U, JIN K H, SEONG Y E, HUN C S, YEONG H J, YEONG J J, IL K T, PARK N H, JIN T, ZHANG Z, CHOE S, HWANG J, KIM H, KIM W, YOO E

Fabricating graphene structures, comprises fabricating a crystalline graphene layer on a surface, and subsequently decreasing crystallographic disorder of crystallographically disordered edges by heating crystalline graphene layer.

ARNOLD M S, GOPALAN P, SAFRON N S, KIM M, UNG K M

Manufacture of graphene thin film for transparent electrode, involves causing deposition plate which contacts with substrate to perform reciprocating linear motion above substrate, and coating graphene oxide solution.

CHANG S T, KO Y U, TAE J S, UN K Y, KO Y