国家/地区 中国（18） 韩国（4） 美国（3）
IPC部 B（24）
IPC大类 B01（24） C01（9） C10（8）
B82（5） C02（4） C07（4）
C23（3） H01（3） C25（2）
IPC小类 B01J（24）
IPC B01J023/755（24）
发明人 KONG R（8） KONG W（8） LIN G（8）
LI C（2） WANG X（2） YIN H（2）
公开年 2018（9） 2016（8） 2017（7）
申请年 2016（24）
专利权人 JIANGYIN WUY.（8） UNIV JIANGSU（2）

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

Dearomatization production of isoheptane solvent oil, involves mixing raffinate oil and isoheptane solvent oil, dearomatizing under action of hydrogenation catalyst comprising active component, alumina, and graphene, and distilling.

KONG R, KONG W, LIN G

Dearomatization production of D25 solvent oil, involves mixing raffinate oil and D25 solvent oil, dearomatizing using hydrogenation catalyst comprising active component, and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G

Dearomatization production of D20 solvent oil, involves mixing raffinate oil and D20 solvent oil, dearomatizing using hydrogenation catalyst comprising active component, and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G

Dearomatization production of heptane solvent oil, involves mixing raffinate oil and heptane solvent oil, dearomatizing using hydrogenation catalyst comprising active component, and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G

Dearomatization production of D35 solvent oil, involves mixing raffinate oil and D35 solvent oil, dearomatizing using hydrogenation catalyst comprising active component, and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G

Dearomatization production of D30 solvent oil, involves mixing raffinate oil and D30 solvent oil, dearomatizing using hydrogenation catalyst comprising metal active component, and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G

Dearomatization of isooctane solvent oil involves mixing raffinate oil and isooctane solvent oil, performing hydrodearomatization in presence of catalyst comprising metal component and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G

Dearomatization of D20 solvent oil involves mixing raffinate oil and D25 solvent oil, performing hydrodearomatization in presence of catalyst comprising metal active component and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G

Nickel-graphene hydrogenation catalyst comprises nickel nanoclusters, deposited on carbon nanoparticles, as carrier which contains reduced graphite oxide.

ARBUZOV A A, MOZHZHUKHIN S A, VOLODIN A A, FURSIKOV P V, TARASOV B P