国家/地区 日本（56）
IPC部 B（56）
IPC大类 C01（56） B82（34） H01（27）
B01（25） C09（20） C08（16）
C25（12） H05（7） B05（6）
B02（5） B29（5） B32（5）
C04（5） D01（4） B33（3）
IPC小类 C01B（56）
IPC C01B032/19（56）
发明人 JANG B Z（7） KOBAYASHI H（6） KWON W（6）
KWON W J（6） ZHAMU A（6） LIN Y（4）
SOHN K（4） SOHN K N（4） YOO K（4）
YOO K H（4） KINLOCH I A（3） LEE M J（3）
LI M（3） TAMAKI E（3） ABDELKADER A M（2）
公开年 2017（14） 2021（10） 2016（8） 2015（7） 2022（4） 2013（3） 2020（3） 2011（2） 2014（2）
申请年 2015（12）  2020（9）  2016（8）  2013（5）  2014（5）  2019（4）  2017（3）  2018（3）  2011（2）  2021（2） 
专利权人 NANOTEK INST.（7） KOBAYASHI H（6） LG CHEM LTD（6） JANG B Z（5）
LG CHEM CO L.（5） ZHAMU A（5） UNIV MANCHES.（4） TORAY IND IN.（3）
ALBEMARLE CO.（2） ANGSTRON MAT.（2） CENT NAT REC.（2） FRAUNHOFER G.（2）
GRAPHENE PLA.（2） GRAPHENE PLA.（2） KINLOCH I A（2） UNIV SINGAPO.（2）

Graphene material used in substrate for sustained release of non-aqueous component, having specific total porosity and open porosity.

MURAMATSU K, TAKAHASHI K, IWATA H, SUTANI K, YABUMOTO H, IWATA E

Producing graphene by forming buffer layer made of silicon oxycarbide and single layer of graphene formed on buffer layer on surface of silicon carbide substrate by heating silicon carbide substrate in atmosphere of acetylene gas and oxygen gas, and peeling single layer of graphene.

TANIYASU Y, SASAKI K, TANAKA S, KAJIWARA T

Collection of graphene aggregates used in manufacture of paste, involves classifying graphene into collection of graphene covered with n-butanol of multiple sizes, filling parallel plate electrode with n-butanol, producing graphene aggregate, and classifying into collection of covered graphene.

KOBAYASHI H

Production of paste for forming film, involves flatly packing aggregates of scaly graphite particles/massive graphite particles on parallel plate electrodes, immersing in methanol diluted solution of organic compound in container, and applying electric field and vibration acceleration to container.

KOBAYASHI H

Preparing graphene based on mixed inorganic acid solvent by e.g. pre-treating raw material graphite powder, preparing mixed inorganic acid solvent, performing graphene peeling treatment, and extracting graphene product from graphene mixture.

QIAN X, MA C

Generation of microbubbles for refining sample, involve heating and pressurizing water and gas in subcritical state, cooling or depressurizing gas-liquid mixed fluid containing supercritical gas, and heating or pressurizing mixed fluid.

YASUDA T

Method for exfoliation and functionalization of lamellar objects, involves placing electrode out of liquid, and generating plasma between portion of electrode facing surface of liquid and surface of liquid by applying pulse voltage difference between two electrodes.

CUYNET S, PONCOT M, FONTANA S, LETOFFE A, HENRION G, HEROLD C, ROYAUD I, BELMONTE T, GERARD H, STEPHEN Q, MARK P C, SEBASTIAN F, LETOPEADRIAN, GERARD H O, CLARE H, ISABEL L, THIERRY B

Manufacture of microfibrous cellulose nanocarbon containing material used in e.g. electrochemical device, involves performing miniaturization process on liquid mixture comprising cellulose fiber, and solvent, and suppressing bubbling.

YUICHI N, YUSAKU I, MASATO S, NOGUCHI Y, SAITO M, IMAMURA Y

Continuous mass-production of graphene using thermal plasma without using graphite oxide and acid and without reduction process, comprises e.g. generating plasma by injecting inert gas into plasma device and exfoliating graphene.

KYOUNGJEONGBAE, CHOI S, NGUYENDINHHUONG, NGUYEN D H, CHOI S H, BAE K J, CUI X, BAE K, CHAE S H, NGUYEN D F

Exfoliating graphene flakes from graphite sample by compressing a graphite sample in an electrochemical reactor, and applying a voltage between the graphite sample and an electrode in the electrochemical cell.

ROSCHER S