国家/地区 中国（50）
IPC部 B（50）
IPC大类 B01（50）
IPC小类 B01J（50） H01M（40） C01B（21）
H01G（16） B82Y（12） H01L（6）
C01G（3） C25B（3） B01D（2）
B32B（2） C08K（2） C09K（2）
G01N（2） H01B（2）
IPC B01J021/18（50）
发明人 LI X（5） WANG J（5） WANG Y（4）
ZHANG Y（4） ZHANG W（3） ZHOU M（3）
CHEN W（2） LI G（2） LI H（2）
LI S（2） LIU C（2） LIU S（2）
LIU X（2） LIU Z（2） LUO Y（2）
公开年 2017（10） 2021（6） 2012（5） 2015（5） 2016（4） 2020（4） 2022（4） 2013（3） 2014（3） 2010（2）
申请年 2016（8）  2015（7）  2020（7）  2013（5）  2021（4）  2011（3）  2017（3）  2022（3）  2009（2）  2010（2）  2012（2）  2014（2） 
专利权人 UNIV SHANGHA.（3） BASIC SCI IN.（2） HAIYANGWANG .（2） OCEAN S KING.（2）
OCEANS KING .（2） QUANPU PHOTO.（2） SNU R DB FO.（2） UNIV DALIAN .（2）
UNIV HUAZHON.（2） UNIV QINGDAO.（2） UNIV SEOUL N.（2） UNIV ZHEJIAN.（2）

Preparing graphene by combustion synthesis comprises e.g. mixing extruded vermiculite powder and metal magnesium powder, then mixing with metal magnesium powder, passing carbon dioxide, adding into hydrochloric acid solution and adding into hydrofluoric acid solution and reacting.

MING H, CAO G, XIANG Y, ZHANG H, ZHANG W

Single-layer graphene aerogel useful as non-metallic catalyst for catalyzing redox reactions under alkali or neutral conditions to prepare alkali or neutral zinc-air batteries.

ZENG H, YIN C, LI X, LI Q, ZHANG Y

Lithium supplement material for composite positive electrode of lithium ion batteries, comprises porous graphene doped with nitrogen, boron, sulfur, fluorine, iron, copper, cobalt, nickel and/or zinc, as catalyst, and organic lithium salt.

ZHONG W, LI S, ZHANG W, XIE J

Preparing graphene microsphere useful catalysts and lithium batteries comprises mixing graphite powder, concentrated sulfuric acid and sodium nitrate, performing ultrasonic dispersion, subjecting colloidal microspheres to hydrothermal treatment, drying and placing in muffle furnace for processing.

LI X, XIAO Z, YANG C

Nano-carbon/titanium dioxide composite material is prepared by hydrolyzing tetrabutyl titanate and nano-carbon and pyrolyzing at high temperature.

SHI J, GUO Y

Forming noble metal nanostructures on support as electro-catalyst in electrode for fuel cell applications, by mixing noble metal precursor with solvent and base, feeding to spiral tube reactor, heating to reduce noble metal precursor, and mixing with support ink after heating.

ZHOU W, CHAN S H, ZENG S

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 ordered lignin carbon-carbon nanotube composite material used for preparing hierarchical porous graphene, involves modifying lignin, preparing lignin/catalyst precursor, carbonizing and catalyzing precursor, and producing methane to make carbon nanotubes grow using self-catalytic reaction.

XI Y, LIU X, WANG H, KONG F, WANG S, YANG M, LIU Q, CUI H, ZHANG Z

Synthesis of transition metal electrochemical catalyst for forming electrode, involves dissociating nitrogen precursor and transition metal precursor in polyol-based solvent, mixing with support, heat-treating, and performing acid treatment.

KIM J K, SUNG Y E, LEE K S, KIM M J, KIM S J, KIMJAEKUK, SUNG Y, JIN C, KIM M, LI G, KIM J

Producing gaseous product comprising hydrogen for fuel cell module, by exposing gaseous hydrocarbon to microwave radiation in presence of solid catalyst comprising iron species supported on support comprising ceramic material or carbon.

EDWARDS P P, XIAO T, JIE X, PHILLIP E P, TIANCHUN X, XIANGYU J