国家/地区 中国（19）
IPC部 C（19）
IPC大类 C01（19） B01（6） G01（2）
IPC小类 C01B（19）
IPC C01B032/184（8） C01B032/194（5） C01B017/04（3）
B01J023/889（2） B01J031/02（2） C01B017/02（2）
C01B032/198（2）
发明人 ZHANG Q（19）
公开年 2018（19）
申请年 2018（12）  2017（7） 
专利权人 JIANGSU TIAN.（3） UNIV DONGHUA（3） SHENZHEN EIG.（2） UNIV LIAONIN.（2）

Large-aperture foamed silicon-reduced graphene oxide-based electrochemically modified material comprises MCFs-rGO as electrochemically modified material.

ZHANG Q, WANG H, XIA L, ZHANG H

Preparing fluorocarbon polymer modified chemically converted graphene/zinc oxide film multi-bandoptical sensor involves using reagent-free electrophoresis assembling method for preparing chemically converted graphene/zinc oxide film.

HOU C, LUO C, WANG H, ZHANG Q, LI Y

Preparation of graphene film, involves preparing black liquor lignin solution, dripping on square metal foil, heating metal foil, cooling, dripping on polymethylmethacrylate acetone solution, spin coating, drying and etching metal substrate.

MIN D, LUO B, LI M, ZHANG Q, JIA Z, GUO C, WAN G, WANG S

Deoxidation-protected sulfur recycling catalyst comprises graphene, quenching manganese iron slag, diatomite, activated aluminum oxide, ferric oxide, lanthanum oxide and vanadium pentoxide.

DING J, CHEN L, CHEN J, DU C, ZHANG Q, DU J

Multifunctional composite sulfur recycling catalyst comprises porous carrier, graphene, vanadium pentoxide, lanthanum oxide, rhenium oxide, cobalt and iron salt in ferric oxide.

CHEN J, CHEN L, DING J, DU C, ZHANG Q, DU J

Preparation of graphene aqueous solution, involves mixing graphene and compound having carboxyl or hydroxyl group, ball milling, transferring with deionized water, centrifuging, taking upper layer solution, dialyzing, and processing.

LIU J, LIU G, XIONG W, LI F, HUANG S, ZHANG X, ZHANG Q, HE C, SUN X, OUYANG X, WU Q

Titanium dioxide based sulfur recovery catalyst is composed of porous oxide, graphene manganese dioxide, where porous oxide consists of activated alumina, titanium dioxide and silica, and is prepared by mixing porous oxide and graphene.

DING J, CHEN L, CHEN J, DU C, ZHANG Q, DU J

Preparing flexible three-dimensional porous graphene/polydimethylsiloxane composite friction nano generator involves preparing flexible three-dimensional porous graphene film by ice template assisted gravity self-assembly.

ZHANG Q, GONG W, HOU C, GUO Y, LI Y, WANG H

Growing graphene composite aerogel on the fiber surface comprises e.g. adding graphene oxide to water to obtain a graphene oxide dispersion, adding a reducing agent, sealing, heating, winding the fiber, taking out and washing.

HU Z, YU L, LU F, ZHANG Q, LI Z, HUANG Y

Preparation of graphene slurry for e.g. electric conduction, involves preparing acrylonitrile oligomer by liquid-phase synthesis method to obtain graphene powder, ball-milling, dissolving dispersant, adding graphene powder, and dispersing.

LIU J, XIONG W, LI F, HUANG S, ZHANG X, KONG J, ZHANG Q, HE C, SUN X, OUYANG X, WU Q