国家/地区 中国（13） 美国（3） 韩国（2） 台湾（2） 世界知识产权组织（2）
IPC部 C（16）
IPC大类 C01（16）
IPC小类 C01B（16）
IPC C22C001/05（5） C01B032/184（4） C01B032/186（4）
C01B032/19（4） C22C032/00（4） B22F001/00（3）
B22F009/24（3） B82Y040/00（3） C01B032/182（3）
C22C001/08（3） C22C001/10（3） C22C009/00（3）
B82Y030/00（2） C08J005/00（2） C22C001/02（2）
发明人 ANZELMO B H（2） COOK D（2） GHEZELBASH H（2）
GUO X（2） LIU C（2） LIU Y（2）
SINGH S（2） TANNER D（2） WANG Y（2）
ZHAO L（2） ZHU L（2）
公开年 2017（9） 2018（7）
申请年 2017（16）
专利权人 LYTEN INC（2） SUZHOU SICHU.（2） UNIV SOUTHEA.（2）

Producing high-reactivity high-energy graphene oxide based aluminum/copper oxide nanoparticle conjugate involves dispersing oxide graphene, aluminum nanoparticles and copper oxide nanoparticles in solvent and mixing dispersion.

YESEUL L, YOONJEUNG C, HYUNGMO J

Carbon aggregate for produces higher-order carbon substance, comprises two connected multi-walled spherical fullerenes and layers of graphene and coating, where coating is connected with multi-walled spherical fullerenes.

COOK D, GHEZELBASH H, ANZELMO B H, TANNER D, SINGH S

Alloy useful for graphene growth catalysis, comprises palladium, and gallium.

WANG Y, JIN M, YING R

Flexible, low shrinkage, conductive formulation for coating substrate of articles and filling gaps in electronic packages comprises sinterable, conductive metal particles, graphene, diluent, and polymer resin.

HONG X, SANCHEZ J G, CAO X, ZHUO Q

Preparing high thermal conductivity graphene doped composite sheet comprises e.g. mixing natural graphite with acid solution, adding catalyst and expandable intercalation agent, washing, drying, ball milling, vacuum-rotating and sintering.

WANG T

Method for preparing nanoporous copper composite material, involves preparing nanoporous copper composites by depositing structure containing graphene layer on nanoporous copper layer into impregnation solution and sintering.

KANG J, WANG Y, ZHOU T, QIAO Z, ZHANG Z, YU Z

Carbon nanoparticles used in conductive ink, comprise at least two connected multi-walled spherical fullerenes and layers of graphene, and shows peaks with specific intensity in Raman spectrum.

COOK D, GHEZELBASH H, ANZELMO B H, TANNER D, SINGH S

Preparation of controllable three-dimensional graphene involves preparing computer-aided design model, constructing prepared model by additive manufacturing methods to obtain three-dimensional resin structure, and plating.

CHEN P, LI Z, SHI Y, YAN C, YANG L

Preparation of gold-reduced graphene oxide-nickel foam composite, involves immersing graphene oxide-nickel foam in aqueous solution of ascorbic acid, immersing reduced graphene oxide-nickel foam material in chloroauric acid solution.

GUO X, LIU Y, LIU C, ZHU L, WANG X, ZHAO L, GE C, ZHANG W

Rapidly preparing silver nano-scale-graphene-foamed nickel composite comprises e.g. preparing graphene coated nickel foam material and preparing silver nano particle-graphene-nickel foam composite material.

GUO X, LIU C, LIU Y, ZHU L, CHEN Z, ZHAO L, JIN K, YIN L