国家/地区 中国（82）
IPC部 B（82）
IPC大类 B01（82）
IPC小类 B01J（82）
IPC B82Y030/00（72） B82Y040/00（52） H01M004/90（19）
C01B031/04（18） B01J027/24（17） C01B031/02（14）
H01M004/62（13） B01J021/18（12） H01M004/36（12）
C01B032/194（10） H01G011/36（10） H01M004/92（10）
B01J035/00（9） H01B001/04（9） H01M004/86（9）
发明人 WANG J（6） LI Y（5） ZHANG Y（5）
CHEN J（4） CHEN Y（4） LI J（4）
WANG X（4） LIU Y（3） ZHAO Y（3）
BI E（2） CHEN H（2） CHEN W（2）
FAN W（2） GABEN F（2） HAN L（2）
公开年 2017（14） 2015（12） 2021（11） 2016（10） 2014（7） 2012（6） 2013（6） 2020（5） 2011（4） 2018（4）
申请年 2014（13）  2016（12）  2015（10）  2020（10）  2013（7）  2017（6）  2011（5）  2012（4）  2010（3）  2018（3）  2019（3）  2021（3） 
专利权人 UNIV SHANGHA.（4） UNIV ZHEJIAN.（3） NANOTEK INST.（2） SAMSUNG ELEC.（2）
UNIV CHINA J.（2） UNIV DALIAN .（2） UNIV FUDAN（2） UNIV NANJING（2）
UNIV QINGDAO.（2） UNIV TIANJIN（2） UNIV WUHAN S.（2） XIAN YADAI N.（2）

Preparing nanoparticle capable of continuously tuning physical property used for preparing composite material, involves mixing graphene oxide and barium titanate nanoparticles with deionized water, dispersing ultrasonically to obtain dispersion, placing dispersion liquid in atomization cup.

ZHEN L, YU Y, LI Y, SHAO W

Manufacture of lithium-ion battery used for e.g. phone and laptop, involves e.g. depositing dense layer comprising anode, cathode and/or electrolyte, by supplying substrate and suspension of non-agglomerated nanoparticles of material having preset size, and performing densification of dried layer.

GABEN F

Manufacture of dense layer of electrochemical device, involves providing substrate and suspension of non-agglomerated nanoparticles of material having specific particle size distribution, depositing layer on substrate, drying and densifying.

GABEN F

Fuel cell catalyst material comprises metal catalyst particles formed of metal material and carbon-based coating composition partially coating some of the metal catalyst particles, carbon-based coating composition includes carbon network.

KORNBLUTH M, KIM S, SAMSONIDZE G, MAILOA J, UP J G, CHAI C M

Alloy nanoparticle e.g. for alloy nanocatalysts, prepared by e.g. forming multi-metal compound by mixing pyridine-based compound including transition metals, heat-treating and forming N-doped carbon shell on alloy compound by heat treatment.

HYEON T, SUNG Y, YU T, YOO J, YOO T, YANAGI T, YOO T Y, YOO J M

Preparing polymer/graphene oxide composite material useful for supercapacitors, batteries, electrocatalysis and other fields, comprises e.g. reacting graphene oxide solution with polymer monomer in presence of template, and separating.

WU Z, QIN J, HOU X

Preparing copper sulfide-graphene composite aerogel involves pouring the solvent into the container, adding the copper source and the sulfur source in proportion, and stirring until the copper source and the sulfur source are dissolved.

SHEN X, LI Y, XIA Y, CUI S

Preparation of boron carbonitride nanosheet used as supercapacitor electrode material for, e.g. catalytic adsorption material by weighing and mixing carbon source, boron source and nitrogen source, drying, grinding, degassing, and heating.

YU W, XIN B, LUO J, SHEN D, KONG F, YU M, LIU Y, YUAN X, FAN M, ZHU R

Bipyridine cobalt/graphene composite material self-assembled by cobalt bipyridine and graphene through hydrothermal pi to pi/asterisk and the mass ratio of bipyridine cobalt to graphene is 1:8-12.

LIU D, MA P, WANG Q

Synthesizing manganese molybdatenano-wire/graphene composite material for supercapacitor, involves using graphene, analytically pure white powder of ammonium molybdate and manganese nitrate as raw materials, and distilled water as solvent.

SUN Y, LI C, MAO Z, ZHU Z, YIN G, YANG C, WANG D, ZENG K, CHEN J