国家/地区 中国（14）
IPC部 C（14）
IPC大类 C01（14）
IPC小类 C01B（12） B01J（3） B82Y（3）
C01G（2） C02F（2） H01M（2）
IPC C01B032/184（5） C01B032/198（5） B82Y030/00（2）
B82Y040/00（2） C01B032/182（2） C01B032/194（2）
C02F001/30（2） H01M010/0525（2）
发明人 ZHANG C（14）
公开年 2018（14）
申请年 2018（14）
专利权人 JINAN DEV ZO.（3） BEIJING OUME.（2） SHANDONG JIA.（2） UNIV HENAN S.（2）

Preparing large-area graphene involves depositing metal film on surface of substrate, preparing organic precursor film by spin coating on surface of metal film, organic precursor film is subjected at high temperature treatment.

PANG J, CHENG Q, SUN C, ZHANG C, WANG J, LIU H

Industrial grade device for purifying graphene oxide solution, has stationary tank that is provided with supernatant liquid pipe connected to supernatant liquid tank through second water pump.

ZHANG C

Intelligent graphene heat conductive film comprises base layer and an additional layer, where base layer is film layer of two-dimensional graphene nanosheet and one-dimensional graphene nanoribbon.

ZHANG Y, LI P, LIU B, DONG W, SUN T, ZHANG B, MIAO Y, ZHANG C

Preparation of flaky agglomerated small spherical nano tungsten trioxide powder for photocatalytic process, involves mixing ammonium metatungstate and graphene oxide solution, freezing, freeze-drying, heat-preserving and calcining.

WEI S, PAN K, ZHAO Y, ZHANG C, MAO F, CHEN C, XU L, ZHOU Y, LI X, WANG F, YANG Y, WANG C

Preparation of nano molybdenum trioxide powder for photocatalytic degradation, involves mixing ammonium tetramolybdate and graphene oxide solution, freezing with liquid nitrogen, freeze-drying, heat-preserving and calcining in furnace.

WEI S, PAN K, ZHAO Y, XU L, ZHANG C, MAO F, CHEN C, ZHOU Y, LI X, WANG F, YANG Y, WANG C

Preparing compressible resilient graphene aerogel by printing three-dimensional graphene blocks using printing platform containing graphene inkjet precursor and carbon nanotube inkjet precursor, and performing hydrothermal reaction.

ZHANG C

Graphene oxide material used for preparing solid state laser, prepared by ultrasonically processing graphene oxide with water to form suspension, adding manganese sulfate and hydrogen peroxide to suspension and UV irradiating suspension.

ZHANG C, LIU L

Preparation of cathode material for graphene-based lithium ion battery, involves adding carbon nanotubes to graphene-based dispersion, adding precursor of non-carbon material, stirring, hydrothermally reacting and soaking in deionized water.

YANG Q, XIAO J, HAN J, CHEN F, ZHANG C, TAO Y

Preparation of low-cost graphene quantum dot comprises adding carbonaceous raw material and oxidant to reaction vessel, ultrasonically dispersing, heating, and cooling.

LIU Q, ZHANG J, XING B, HUANG G, ZHANG C, MA M, ZHAO H, LI H, HE H

Preparing hydroxylated graphene comprises adding concentrated sulfuric acid into graphite powder, adding strong oxidant and reacting to obtain graphene oxide, transferring into constant temperature chamber filled with inert gas and reacting.

ZHANG C