国家/地区 美国（22）
IPC部 C（22）
IPC大类 C08（22）
IPC小类 D01D（22）
IPC C08K003/04（14） D01F001/10（11） B82Y030/00（9）
D01F009/12（8） D01D001/02（7） C08J005/00（5）
D01D005/06（5） D01F001/09（5） B82Y040/00（3）
C01B031/04（3） C08K007/00（3） D01D005/00（3）
D01D005/04（3） D01D005/08（3） D01D005/24（3）
发明人 HYEONG K S（3） JEONG K S（3） KIM S H（3）
KIM S J（3） KYOON S M（3） SHIN M K（3）
BUSBEE J D（2） DANG T D（2） KIM S（2）
KIM S O（2） WANG S（2）
公开年 2021（5） 2012（4） 2016（3） 2018（3） 2015（2）
申请年 2012（5）  2018（3）  2021（3）  2016（2）  2020（2） 
专利权人 UNIV HANYANG.（3） BUSBEE J D（2） DANG T D（2） KOREA ADVANC.（2）
TJC POLYMER .（2）

Hollow carbon fiber tube, formed by winding composite material body, composite material body comprising multiple carbon fiber prepreg layers; and one graphene-containing resin layer, where each of graphene-containing resin layer is disposed between two adjacent carbon fiber prepreg layers.

LI M, LIOU S, LIU S

Formation of nanocomposite fiber for forming e.g. textiles, involves suspending carbon powder containing graphene flakes in carrier fluid, adding solid polymer material and heating, dissolving polymer material and removing carrier fluid.

CIPARRO N L, BENSEN B J, LONG J L, STAUB A X, BENSON B J

Processing coal, comprises e.g. subjecting raw coal to liquefaction process effective to form pitch resin, and subjecting the pitch resin to variable crystallinity spinning process effective to form raw fiber.

TARGETT M, YURCHICK C L

Bionic fiber functional material used in low concentration heavy metal ion adsorption, is rich in multiple adsorption sites, that is, N, O, and S sites that have adsorption properties for heavy metal ions and material.

HE H, WANG L, ZHU H, ZHOU H, WANG S, HO H, ZHU H X, CHOU H

Stretchable electrode used for stretchable electronic device, comprises conductive mat comprising nanofibers containing polymer, conductive layer formed on surface of nanofiber and conductor.

JEONG U, MOON S, MUN S M

Two-dimensional nanomaterial fiber useful in electronic devices comprises two-dimensional nanomaterials oriented in longitudinal direction, and plate-shaped fibrous cross section formed by layer-to-layer stacking of nanomaterials.

KIM S, JUNG H J, KIM S O

Making graphene-based liquid crystal fiber, comprises polymerizing first aromatic monomer on graphene-based compound to prepare graphene composite, wet-spinning graphene composite to manufacture hydrogel fiber and polymerizing monomer.

KIM S O, KIM I H, KIM S

Producing composite polymeric article used in e.g. tire, comprises providing graphene nanoplatelets and silica nanofibers, providing polymeric material, and distributing silica nanofibers and graphene nanoplatelets within polymeric material.

POLYZOS G, SHARMA J K, VLASSIOUK I V, SCHAFFER D A, DATSKOS P G, LACLAIR T J, PARK J

Making graphene-biopolymer composite material used e.g. in composition for making article, comprises contacting ionic liquid with biopolymer and graphene, contacting obtained mixture with non-solvent, and collecting obtained material.

ROGERS R D, ZAVGORODNYA O, SHAMSHINA J L, GURAU G

Preparation of polymer composite used as e.g. fibers, involves polymerizing mixture comprising monomer, oligomer comprising rigid rod monomer-derived repeat units and graphene nanoparticles comprising preset number of planar graphene sheet.

DANG T D, BUSBEE J D