国家/地区 美国（6） 日本（4）
IPC部 C（8） B（3） H（2）
IPC大类 C01（6） C04（2） C12（2）
C22（2） H01（2）
IPC小类 C01B（6） C04B（2） C12M（2）
C22C（2）
IPC C01B031/02（3） C01B031/04（3） C01B031/00（2）
发明人 JANG B Z（2） PETRIK V I（2）
公开年 2006（9）
申请年 2004（4）  2005（2）  2006（2） 
专利权人 PETRIK V I（2）

Composite material for separator of heat exchanger, consists of fibrous carbon material of ultra fine tube-like structural material comprised by graphene distributed and integrated into discharge plasma sintered compact.

KATAGIRI K, KAKITSUJI A, SATO T, IMANISHI T, SHIMIZU A, SASAKI K

Production of nano-scaled graphene plate material for carbon nano-tubes, involves carbonizing precursor polymer, exfoliating graphite crystallites in polymeric carbon, and subjecting polymeric carbon to mechanical attrition treatment.

JANG B Z

Fine carbon fiber for field-emission electron source and heat-dissipation element, comprises right-angled cylindrical graphene having polygonal cross-sectional shape in length direction.

NISHI Y, MUKAI T, SERIZAWA H, KADOWAKI T, OZAMOTO D, ENDO M

Nano-scaled graphene plate material used for composite material, comprises nanometer-scaled plate(s) comprising sheet(s) of graphite plane, and length, width and thickness of nanometer scaled plates are specified.

JANG B Z, HUANG W C

Reactor for destroying contaminants, especially chemical agent, comprises microwave transmitter, and graphene-containing composition, where contaminant is bound to composition.

PETRIK V I

Composition for electric conductor, electron emitter, electrode, structural element and heat conductor, comprises preset amount of carbon fractals or graphene.

PETRIK V I

Hydrogen storage material for fuel cell electric vehicle, has graphite intercalation compound having preset ratio of minimum of potential between hydrogen molecule and graphene, and distance of molecule and graphene at preset condition.

OGAWA T, KATAMURA J, ITO H, KAWAI M, HATANO M

Producing electrical connection structure for nanometer-scale device, comprises contacting carbon of graphene sheet of electrode with biopolymer by electrostatic attraction forces and applying voltage between electrode and biopolymer.

WATANABE H, MANABE C, SHIGEMATSU T, SHIMOTANI K, SHIMIZU M

Carrier for cell culture comprises cup-stacked type carbon nanotubes produced by a catalytic chemical vapor deposition method and containing bottomless cup-shaped carbon layers i.e. graphene sheets.

YANAGISAWA T, MATSUMOTO I