国家/地区 中国（43）
IPC部 B（43） C（30） G（3）
H（3）
IPC大类 B01（43） C02（21） B82（4）
C08（4） C09（3） G01（3）
H01（3） C01（2）
IPC小类 B01J（43）
IPC B01J020/30（19） B01J020/28（14） C02F001/28（10）
B01J020/20（9） B01J020/26（6） C02F101/34（6）
C02F101/38（6） B01J013/00（5） B01J027/24（5）
C02F001/30（5） C02F001/72（5） C02F101/30（5）
B01J020/22（4） B01J023/745（4） B01J035/02（4）
发明人 MA J（11） CHEN J（9） ZHUANG Y（7）
WANG Y（6） ZHANG D（5） CHEN Y（4）
FENG L（4） LIU Y（4） CHEN X（3）
LI C（3） LI J（3） LI Y（3）
TANG Y（3） WANG Z（3） CHEN C（2）
公开年 2014（7） 2016（6） 2018（6） 2021（6） 2015（5） 2020（5） 2013（3） 2019（2）
申请年 2014（8）  2015（6）  2021（5）  2016（4）  2018（4）  2019（4）  2020（4）  2012（3）  2017（2）  2022（2） 
专利权人 UNIV TONGJI（43）

Layered double hydroxidesg/graphene oxide-melamine foam useful to absorb and remove phosphate in aqueous body by adding to phosphate aqueous body i.e. rag-type adsorbent prepared by modifying modified melamine foam with ternary metal hydroxide and graphene oxide.

WU Z, QIU Z, WEI H, WANG L, WANG Z, ZHANG H, WANG Q

Preparing MXene/GO/NbFeB hydrogel used as adsorption-reducing agent, involves forming MXene aqueous solution in aqueous solution, adding graphene oxide into MXene aqueous solution to obtain mixed solution, which further ultrasonically mixed and placed mixture in water bath for multiple hours.

REN J, MA J

New zirconium-metal-organic frameworks-reduced graphene oxide-silver phosphate visible light catalyst useful for: degradation of organic pollutant; and inactivation of bacteria and prepared by adding graphene oxide flakes into zirconium-metal-organic frameworks and silver phosphate nanoparticles.

NI L, WANG Y

Preparing graphene-based three-dimensional composite catalyst in continuous flow persulfate wastewater treatment, involves preparing graphene oxide with scale layer by Hummer method and mixing graphene dispersion liquid with metal oxide.

WANG X, LI Y, CHEN M, WANG Z, YI Q

Device for preparing graphene and hydrogen by using joule heat conversion waste plastic, comprises gas pressure control unit fixed on pressure-resistant gas collecting pipeline, and air inlet pipeline fixed in airtight reaction cavity.

YAN Y, WANG Y

Preparing graphene load porous nano-oxide ferroelectric catalyst rich in oxygen vacancy comprises adding graphene oxide dispersion, ligand solution, stirring, adding metal salt solution to obtain composite dispersion, centrifuging and calcining in inert atmosphere.

LI F, XU B, WANG Y

Preparing graphene oxide composite aerogel with aligned channel and thermal response comprises e.g. adding ammonium persulfate solution, graphene oxide dispersion and tetramethylethylenediamine to polyurethane acrylate solution and reacting.

LI W, LIN S

Preparation of composite Fenton catalytic membrane for e.g. water treatment Fenton method, involves dispersing nano ferroferric oxide/graphene composite nano material and palygorskite nanorods in deionized water and self-assembling.

WANG Z, LI Z, LI Y, YI Q, DAI R, LI J

Ionically crosslinked hybrid graphene aerogel phase change composite material comprises thermally conductive filler material, phase change material and crosslinked material.

ZHANG D, MA C

Preparing Mxene-derived titanium dioxide nanosheet-graphene gel complex material comprises e.g. forming graphene oxide aqueous solution, adding Mxene into graphene oxide aqueous solution and performing a hydrothermal reaction.

MA J, SUN Y, YANG Y