国家/地区 中国（19）
IPC部 C（9） H（8） B（4）
G（2）
IPC大类 H01（8） B82（3） C01（3）
C08（3） C09（2） G01（2）
IPC小类 H01G（5） B82Y（3） C01B（3）
C08K（3） C08L（3） H01M（3）
C09D（2） G01N（2）
IPC H01G011/24（5） H01G011/30（4） H01G011/36（4）
B82Y030/00（3） C01B032/184（3） H01M004/36（3）
B82Y040/00（2） C08K003/04（2） C08K009/04（2）
C09D005/08（2） H01G011/46（2） H01G011/48（2）
H01M004/587（2） H01M010/054（2）
发明人 XUE Y（19）
公开年 2018（19）
申请年 2018（12）  2017（7） 
专利权人 SHANGHAI INS.（6） UNIV BEIFANG.（2） UNIV EAST CH.（2） WUHAN INST T.（2）

Atomic oxygen sensor based on graphene material, comprises substrate, electrode and sensitive layer, where sensitive layer of atomic oxygen sensor is reduced graphene oxide film.

HUANG Y, ZHEN X, ZHUANG J, GUO R, ZHANG J, XUE Y, YANG S

Producing graphene based on detonation process involves preparing graphene by gas source preparation, catalyst preparation, vacuumizing, gas source filling, gas source heating, and detonation self-assembly.

WANG L, XUE Y, TIAN G

Preparing heteropoly acid-graphene oxide composite catalytic material comprises heating ammonium heptamolybdate tetrahydrate aqueous solution, adding aqueous solution of iron (III) nitrate hexahydrate, filtering, cooling and precipitating.

LU D, CHANG Z, LIU Y, HAN S, LIN J, ZHANG X, WEI W, XUE Y, CHANG W, YAN S, YAO L, LIAN J, ZHAO D, XIE M, CHEN F, REN X

Preparation of cobalt-nickel sulfide/graphene composite material for supercapacitor, involves mixing cobalt (II) nitrate hexahydrate, nickel(II) nitrate hexahydrate and thioacetamide in ethanol, and adding ethanol solution of graphene oxide.

LU D, CHANG Z, LIN J, HAN S, LIU Y, ZHANG X, XUE Y, WEI W, CHANG W, YAN S, YAO L, LIAN J, ZHAO D, XIE M, CHEN F, REN X

Preparing biomass-derived hard carbon/graphene sodium ion battery cathode material comprises e.g. mixing graphene oxide and biomass solution to obtain biomass solution, centrifuging, freezing, drying, and calcining at high temperature.

YU F, WAN Y, CHEN W, WANG J, XUE Y, CAI N

Method for preparing three-dimensional flower-shaped cobalt hydroxide-graphene composite material, involves adding graphene oxide into de-ionized water, followed by adding ammonia water and performing hydro-thermal reaction.

HAN S, ZHAO D, CHANG X, HUANG Q, CHANG W, LIN J, LIU Y, LIAN J, YAN S, YAO L, CHANG Z, XIE M, CHEN F, XUE Y, LI L, LIAO T, QIAN C

Preparation of flower-like cobalt tetroxide-graphene composite material involves mixing graphene oxide dispersion liquid and cobalt nitrate aqueous solution, adding urea, mixing, reacting, drying, heating, calcining, and naturally cooling.

HAN S, ZHAO D, CHANG X, HUANG Q, CHANG W, LIN J, LIU Y, LIAN J, YAN S, YAO L, CHANG Z, JIE M, CHEN F, XUE Y, QIAN C, LI L, LIAO T

Preparation of electrode material for e.g. supercapacitor, involves dissolving manganese chloride, urotropine and polyaniline/graphene composite material containing aniline in deionized water, hydrothermally reacting, filtering, and drying.

HAN S, YAO L, YAN S, LIU Y, LIAN J, LIN J, XUE Y, LIN H, YU H, LU D, JIANG J, QIU F, LI Y

Spherical nickel molybdate or graphene composite material preparation involves dispersing nickel nitrate hexahydrate and molybdenum chloride in ethylene glycol solution ultrasonically to obtain mixed solution.

LIN H, LIU Y, HAN S, XUE Y, HUANG Y, SUN Y, JIANG J, YAN S, LIN J, YAO L, LIAN J, CHANG W, YE W

Preparing graphene composite nitrogen and oxygen co-doped biomass carbon material involves dispersing biomass material in pre-cooled sodium hydroxide/urea/aqueous solution, stirring, and defoaming to obtain transparent solution.

CHEN W, YU F, WAN Y, CAI N, XUE Y, WANG J