国家/地区 中国（9）
IPC部 C（10）
IPC大类 C08（10）
IPC小类 C08G（10）
IPC H01M004/36（10）
发明人 ZHANG X（2）
公开年 2022（6） 2023（4）
申请年 2022（10）
专利权人

Covalent organic framework material useful in aqueous-based light-rechargeable proton batteries, where material has redox sites having light-responsive proton deintercalation activity, and redox site is carbonyl/hydroxy, nitroxide free radical, triazinyl and/or nitrogen cation.

ZHANG X, FENG Y, JIAO L, WANG Y

Polymer derived ceramic (PDC) composition incorporating silicon at molecular level used to produce battery anode powder material that increases specific capacity of battery and increases life cycle of battery, has silicon hydride constituent including silicon hydride monomer, silicon hydride.

MARCUS K, SHERWOOD W, HILL A, EASTER W G

Post-synthesis modified covalent organic frameworks material with sodium-ion battery performance useful for functional treatment of porous structure, where material structure is synthesis of monomers containing more highly active functional groups.

LU Q, TANG W, GAO F

Preparing ultra thin bimetallic organic framework/carbon composite material useful as cathode active material of lithium ion battery of electrochemical energy storage device, comprises e.g. adding soluble salts of metal, iron (III), organic ligands and carbon dots into mixed solvent, and reacting.

XIAO X, HOU H, JI X, ZOU G

High molecular polymer useful in solid-state battery as power supply for electric device, comprises main chain of aromatic hydrocarbons are polymerized from aromatic monomers and polyethylene glycol is connected to the aromatic monomers as side chains.

HUANG K, YANG K, KANG S, FENG J

Sulfurized porphyrin-based covalent triazine composite anode material useful in an all-solid-state battery and in high-performance organic electrode materials.

CHEN Z, ZHU J, ZHANG X

Processing a porous silicon electrode composite material, comprises e.g. taking porous silicon powder and deionized water, performing ultrasonic dispersion to obtain porous silicon dispersion liquid, vacuum drying to obtain pretreated silicon powder and obtaining graphene composite silicon powder.

WANG N

Silicon composite material for use in lithium-ion battery, includes silicon-lithium silicate composite material and modified polyimide coating layer coated on silicon-lithium silicate composite material, where modified polyimide is lithium-ion doped polyimide.

ZHANG C, ZHOU J, JU S, JIANG P

Preparation of sulfur aggregate material for preparing lithium-sulfur battery, involves mixing sublimated sulfur powder and imidazole organic substance, transferring to sealed container, continuously stirring at preset temperature for preset period of time, and mechanically pulverizing.

ZHAO X, ZHANG J, QUAN K, ZHU M

High-energy aluminum-metal-organic framework battery based on multi-site heterogeneous charge storage mechanism, comprises positive electrode, negative electrode, electrolyte, and diaphragm.

GUO Y, JIAO S, WANG W