国家/地区 中国（6） 韩国（5） 世界知识产权组织（4） 美国（2）
IPC部 D（11）
IPC大类 D01（11）
IPC小类 D01D（11）
IPC D01F001/10（11）
发明人 WANG Y（3） CHEN H（2） DUAN H（2）
LI Y（2） SHIN M K（2） WANG J（2）
WANG N（2） ZHANG L（2）
公开年 2017（2） 2020（2） 2023（2）
申请年 2017（2）  2019（2）  2022（2） 
专利权人 SHANDONG YUH.（2） UNIV HANYANG.（2）

Preparing silicon nanoparticle-plasma fluorinated graphene fiber self-supporting composite material useful in preparing cathode materials for lithium-ion batteries, comprises e.g. adding graphene oxide solution into silicon nanoparticles, and performing plasma reduction and fluorination reaction.

ZHANG Y, LI Y, XIA X

In-situ constructing conductive enhanced network reinforced fiber type electrode useful in flexible energy storage material preparation of flexible electronic device, comprises e.g. centrifuging and concentrating graphene dispersion liquid, and taking oxidized graphene and active material.

QIU J, ZHANG H, CAO G, WANG Y, LI Y

Preparing metal-doped porous carbon fiber/graphene composite material with interconnected macropores involves adding graphene oxide into first treatment liquid, carrying out ultrasonic treatment, and dispersing ultrasonically.

WANG K, SONG W, LI M, WANG X, HE Y, XU C, LIU Z

Producing a carbon and sulfur complex having hierarchical structure for lithium-sulfur battery electrode comprises reducing carbon dioxide-containing gas in presence of reducing agent e.g. magnesium, mixing sulfur and heat-treating.

LEE J, PARKJAEHYUN, KIM H S

Lithium supplemented negative electrode material for lithium ion battery, comprises fibrous graphene, nano-silicon particles deposited inside and on graphene and metallic lithium particles deposited inside and on graphene.

ZHANG L, CHEN H, DUAN H, WANG J, CAO Y, WANG N, WANG Y

Composite lithium supplement material for cathode electrode of lithium ion battery, includes compound of graphene and metallic lithium, graphene is spinning fiber carrier, and metallic lithium is uniformly distributed on inside.

ZHANG L, CHEN H, DUAN H, WANG J, WANG N, WANG Y

Manufacture of graphene oxide/graphene/carbon nanotube composite fiber as electrode material, involves joining fiber prepared using graphene oxide dispersion solution, and fiber prepared using carbon nanotube dispersion solution, and drying.

PARK S Y, SHIN M K, KIM H J, YEO C S, CHO Y J, CHO K R

Manufacture of graphene fibers used for e.g. solar cell, involves spinning source solution comprising graphene oxide, with base solution containing heterogeneous element, obtaining oxidized graphene fibers, separating, and heat treating.

HAN T, PARK H, TAE H H, PIAO X, HAN T H

Manufacture of graphene oxide/titania composite fiber for e.g. vehicle, involves hydrothermally reacting graphene oxide and titania fibers formed by immersing fiber of tetrabutyl titanate and tetraethylorthosilicate, in sodium hydroxide.

SOO J P, TAE W K

Formation of composite nanofiber for e.g. film used for electronic device involves providing fluid containing polymer or ceramic precursor, providing fluid in which carbon allotrope e.g. graphene nanoribbon is dispersed, and electrospinning.

JOO Y L, YIN J, LEE S, CHAKRAPANI S