国家/地区 中国（8）
IPC部 B（9）
IPC大类 B01（9） C01（3）
IPC小类 B01J（9）
IPC B01J023/889（9）
发明人 CHEN J（2） CHEN L（2） DING J（2）
DU C（2） DU J（2） LI C（2）
ZHANG Q（2）
公开年 2018（9）
申请年 2017（4）  2018（4） 
专利权人 JIANGSU TIAN.（2）

Preparing metal element doped nano zinc oxide and graphene oxide composite antibacterial powder comprises e.g. metal element doped nano-zinc oxide, surface modifying metal element doped nano zinc oxide, and preparing antibacterial powder.

SHEN H

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

Composition used to produce hydrogen and graphene comprises a treated iron ore catalyst.

BASSET J M, ZHOU L, ENAKONDA L R

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

Desulfurization and denitration catalyst is obtained by loading nano nickel oxide on diatomaceous earth-graphene as carrier, forming composite oxide active carrier and supporting catalytic additive on carrier.

JIANG X, HUANG P

Atomic dispersed water oxidation catalyst used for e.g. photocatalytic water splitting reaction comprises stable coordination bonded metal ions e.g. cobalt, and non-metal atoms dispersed in carbon-based carrier framework e.g. graphene oxide.

LI C, GUAN Y, ZHANG F, HAN H, LI J

Zirconium boride auxiliary denitration and desulfurization catalyst useful for catalyzing simultaneous removal of nitrogen and sulfur oxides, comprises e.g. diatomite-graphene, nano-nickel oxide, metal oxide additives and surfactant.

JIANG Z, HUANG Z

Preparation of magnetic graphene/ferroferric oxide/manganese dioxide nano composite material includes dispersing graphene oxide and polyethylene glycol in purified water, mixing, deaerating, reacting, adjusting pH, filtering and drying.

WU L, YAO Y, LI C

Low temperature denitration catalyst preparation involves dispersing graphene oxide and nitrogen-containing substance in water, heating, cleaning, and then filtering to obtain nitrogen-doped graphene, where catalyst powder is calcined.

ZHAO C, LIANG H, WU Y, CHEN X, TANG J, HU L