国家/地区 世界知识产权组织（20）
IPC部 C（20）
IPC大类 C04（20） C01（13） H01（8）
B82（7） C08（5） B29（4）
A24（3） B01（3） B05（2）
B28（2） B32（2） C09（2）
C22（2） D04（2）
IPC小类 C04B（20）
IPC C04B035/626（20）
发明人 BARSOTTI R（2） CALVIN M（2） CHEN P（2）
DIPIETRO S G（2） JANG B Z（2） LI X（2）
MINNICI K（2） REBER R（2） ZHAMU A（2）
公开年 2017（6） 2023（3） 2018（2） 2021（2）
申请年 2016（4）  2021（4）  2015（3）  2017（3）  2022（2） 
专利权人 ARKEMA FRANC.（2） JANG B Z（2） NANOTEK INST.（2） SHENZHEN ANX.（2）
ZHAMU A（2）

Production of high temperature composite e.g. carbon-carbon composite, involves pyrolyzing precursor portion produced from resin containing polyaryletherketone at preset conditions, infusing liquid resin and pyrolyzing, and repeating infusion and pyrolysis process.

BARSOTTI R, REBER R, CALVIN M, DIPIETRO S G, MINNICI K, CALVIN M K, BARSOTTI R J

Manufacture of high temperature composite e.g. carbon-carbon composite, involves forming precursor component from resin containing poly(aryl ether ketone) copolymer and reinforcing material, infusing liquid resin to component and pyrolizing.

BARSOTTI R, MINNICI K, DIPIETRO S G, CALVIN M, REBER R

Atomizing core structural part useful for preventing oil leakage comprises main material, low melting point glass powder, carbon fiber, graphene, additive, and agglomerant, where main material comprises alumina, bauxite or corundum.

CHEN P

Producing graphene macro-assembly (GMA)-fullerene composite involves providing graphene oxide, adding hydroxylated fullerene compound to the graphene oxide and performing gelation process using graphene oxide and hydroxylated fullerene.

HERNANDEZ M R C, BIENER M M, CAMPBELL P G

Atomizing core comprises raw material, low melting point glass powder, carbon fiber, graphene, additive selected from aluminum dihydrogen phosphate solution, and binder.

CHEN P

Silicon-silicon composite oxide-carbon composite used for negative electrode active material for lithium secondary battery, comprises core-shell structure comprising core comprising silicon, silicon oxide compound, and magnesium silicate, and shell comprising carbon layer, and has preset span value.

LEE E, PARK H, LIM S W, OH S M, LIM J C, HUNSOO P, IMSUNGWOO, LIM J

Preparing reduced graphene oxide used in electronics, energy storage and biomedical/biosensor applications comprises heating carbon source at specified temperature, cooling heated carbon source and heating cooled carbon source under vacuum.

SEN A, DAS S, CHOUDHARY S K, KULKARNI G U R, GEDDA M, PUJAR R N

Manufacturing method of heat radiation graphene sheet, involves plasticizing and ordering graphene sheet, where roll press satisfies predetermined condition relating temperature of plasticity and temperature of plate press.

MIN E H, LEE D W, NOH H S, HAN H J

Manufacture of component e.g. container, involves mixing powder of graphite, graphene, diamond, nanotubes, fullerenes and/or other carbon forms with organic binder, hot molding, and thermally treating until binder is transformed into carbon.

SAMPAOLESI M

Fabricating graphene ceramic nano-composite material filter for cigarette tobacco smoke, comprises e.g. washing ceramic material with acid, annealing ceramic particles, coating with a carbon precursor, and carbonizing the carbon precursor.

PURNENDU, VIVEK SINGHAL A, VIVEK S A, SINGHAL A V