国家/地区 中国（1818）
IPC部 H（1818） C（466） B（272）
G（65） D（20） F（16）
A（13）
IPC大类 H01（1818）
IPC小类 H01M（1027） H01L（326） C01B（246）
H01G（180） H01B（172） B82Y（169）
H01Q（90） C01G（78） C08L（54）
C08K（52） H05K（48） C23C（36）
H01R（32） B01J（23） C08G（23）
IPC H01M004/62（468） H01M010/0525（463） H01M004/36（252）
H01M004/38（156） B82Y030/00（146） H01M010/052（139）
B82Y040/00（137） H01M004/58（127） H01G011/86（112）
H01M004/04（104） H01M004/583（102） H01M004/13（101）
H01B013/00（84） H01M010/054（84） H01M004/139（79）
发明人 ZHANG Y（90） WANG Y（78） LI J（76）
LIU Y（76） WANG J（67） LIU J（66）
LI Y（64） WANG X（53） WANG Z（53）
LI X（51） ZHANG X（51） LIU Z（49）
LI Z（47） CHEN J（46） CHEN Y（45）
公开年 2021（1818）
申请年 2021（1818）
专利权人 UNIV XIAN JI.（23） SVOLT ENERGY.（20） KUNSHAN BAOC.（17） CHANGCHUN JE.（16）
UNIV CENT SO.（16） UNIV CHINA E.（16） UNIV CHINA S.（15） UNIV GUANGDO.（15）
ZHUHAI COSMX.（15） NINGDE AMPER.（14） UNIV ZHEJIAN.（13） HEFEI GUOXUA.（12）
UNIV SHANDON.（12） UNIV HUAZHON.（11） UNIV SHANGHA.（11） UNIV DALIAN .（10）
UNIV FUDAN（10） HARBIN INST .（9） UNIV BEIHANG（9） UNIV CHANGZH.（9）

Graphene oxide-doped porous coordination polymer anode material useful for high-performance lithium-ion batteries, comprises graphene oxide and porous coordination polymer copper-metal organic framework doped in graphene oxide.

CHEN T, CHEN J, ZHANG G, YAO J, LIU W

Preparation method of cross-scale multi-layer graphene composite wave-absorbing material, involves assembling two layers of graphene-transition metal sulfide heterogeneous composite material plate.

XING Y, WU Z, JIAO S, WANG J, LIU L

Cathode material useful for lithium ion battery, comprises ternary silver-cuprous oxide-reduced graphene oxide composite material, in which silver nanoparticle grow on surface of cuprous oxide crystal, and silver-cuprous oxide is supported by reduced graphene oxide nanosheet.

CHEN T, CHEN J, ZHANG G, YAO J, LIU W

Preparation of fluorinated-graphene electrode active material for lithium battery, involves mixing fluorinated-graphite raw material and cationic surfactant aqueous solution, sand grinding to obtain fluorinated-graphene solution, adding ethanol, mixing, centrifuging, and washing.

ZHU Z, BAI Y

Reduction-oxidation graphene coated molybdenum disulfide composite material for cathode of lithium ion battery, comprises three-dimensional mesoporous structure of flower-shaped sphere molybdenum sulfide/rGO composite material.

CHEN T, CHEN J, ZHANG G, YAO J, LIU W

Ultrathin interface modified zinc metal negative electrode material for aqueous zinc-ion battery, is zinc-containing metal material with functionalized graphene protective layer deposited on surface in which functionalized graphene is graphene doped with nitrogen, phosphorus or sulfur.

ZHANG Y, HAO Y, XIA X, WU F, ZHOU J, XIE M

Oriented graphene composite aluminum conductor rod material for overhead cables, comprises aluminum alloy casing and core material, where aluminum alloy casing comprises clad on outside of core material to form shell-core structure.

LIU J, ZHANG J, LIU X, KOU Y, LI C, DENG C

New electron density regulation zinc manganate graphene positive electrode material i.e. zinc-manganese oxide complex useful in technical field of electrochemical energy storage, and for chemically self-charging aqueous zinc-ion battery in the technical field of electrochemical energy storage.

ZHANG G, XIAO H, QIU W, LIN Z

Preparation of graphene nano scroll-based electrode material for lithium-ion capacitor, involves mixing graphene oxide and nano-carbon material in solvent, spraying dispersion liquid into liquid nitrogen, freezing and drying liquid drop, pressing precursor into sheet and self-propagating combustion.

LIU J, BAI Y

Preparing carbon-coated graphene-ferric oxide composite electrode material useful in preparing lithium-ion capacitor cathode, comprises e.g. dispersing graphene oxide in solvent, mixing iron precursor, shape regulator, performing solvent heat treatment, mixing obtained material with carbon source.

LIU J, BAI Y