国家/地区 中国（24）
IPC部 C（24） B（9） H（6）
IPC大类 C01（24） H01（6） B01（4）
C08（3） B05（2） B29（2）
B82（2） C04（2）
IPC小类 C01B（24）
IPC C01B032/184（7） C01B032/198（5） H01M004/62（5）
H01M010/0525（5） C01B032/19（4） C01B032/194（4）
H01M004/36（4） H01M004/58（4） B82Y030/00（2）
C01B025/45（2） C01B032/05（2） C04B038/00（2）
C08K003/04（2） H01M004/583（2）
发明人 LI Y（24）
公开年 2021（24）
申请年 2020（24）
专利权人 JIANGSU XING.（3） SHENZHEN XIC.（3）

Ruthenium dioxide/graphene two-dimensional material for use as oxygen evolution electrocatalyst, comprises graphene and ruthenium dioxide which is adsorbed on graphene, and has intrinsic defects.

LI Y, WU Z

Positive electrode material comprises active particle and modified layer covering surface of the active particle, modified layer is reaction product of composition, composition comprises ionic conductive ceramic compound , Positive electrode material comprises active particle and modified layer covering surface of the active particle, modified layer is reaction product of composition, composition comprises ionic conductive ceramic compound.

HSU J, LI Y, CHEN C, LAI G, CHEN Z, LAI G L, CHEN C C, LI Y H, HSU J M

Preparing high dispersion metal or metal oxide doped adsorbent comprises using porous metal oxide or two-dimensional material as carrier, loading metal organic polyhedron, and performing reduction or oxidation reaction.

SUN L, GU M, LIU X, LI Y

Preparing tin oxide-reduced graphene oxide composite material used in ultra-high-sensitivity ethanol sensor, involves dissolving graphene oxide in ethanol solution ultrasonically disperse to obtain graphene oxide solution.

JIA X, CHENG C, SONG H, YANG J, WANG S, LI Y

Preparing graphene-based flexible bionic sensing material by three-dimensional printing comprises dissolving reduced graphene oxide in an organic solvent and mixing, dissolving flexible high molecular polymer, stirring and homogenizing.

LI Z, LI B, CHEN B, ZHANG J, LI Y, WU S

Preparing graphene-coated lithium iron phosphate composite material comprises using spray drying or evaporating and drying, coating the graphene oxide and lithium iron phosphate to obtain graphene coated lithium iron phosphate precursor.

FAN R, LIU Q, SHAO L, TIAN Z, ZHENG D, JING D, LI Y

Preparing wafer-level single crystal copper foil comprises cutting edges of polycrystalline copper foil to obtain polycrystalline copper foil with notches, and annealing in hydrogen atmosphere to obtain single crystal copper foil.

LI Y, LI L, CHEN Z, SU C, TIAN B

Constructing graphene-based thermal interface material with mutually vertical structure, comprises e.g. placing graphene oxide solution in the freezing mold, fully mixing with reducing agent and performing pre-reduction treatment.

LI Y, WANG S, DU S, HE X

Graphene composite material comprises modified graphene, and flame-retardant additive, is prepared by ultrasonically-treating mixed solution comprising modified graphene and flame-retardant additive, filtering, and drying.

CUI J, LI Y, XU P, ZHANG B

Preparing 2-dimentional nitrogen rich graphene-based porous conjugated network polymer-cobalt oxide composite material, comprises loading multivalent cobalt oxide on nitrogen rich graphene-based porous conjugated network polymer.

TANG C, CHEN J, ZHANG L, LI Q, YIN J, LIU X, LI Y