国家/地区 世界知识产权组织（8）
IPC部 B（8） C（4） A（3）
IPC大类 B01（8） A61（3） C01（3）
IPC小类 B01J（8）
IPC B01J037/02（8）
发明人 JANG J S（2） JEONG H Y（2） JEONGSE Y（2）
JISU J（2） KIM C H（2） LEE J S（2）
LEE K（2） LEE S Y（2） PARK T（2）
PARK T I（2） YUN J S（2）
公开年 2022（8）
申请年 2021（5）  2020（2） 
专利权人 PURESPACE IN.（2） UNIV KOREA R.（2）

Producing mesoporous metal carbide layer with defined nanostructuring as catalyst, comprises providing mesoporous metal oxide layer, and contacting metal oxide layer in reducing atmosphere containing carbon source, with carburizing reaction.

FRISCH M, KRAEHNERT R

Reduction of heterogeneous metal hydrogenation catalyst involves charging catalyst precursor supported on carrier with heterogeneous metal compound into reactor, reducing heterogeneous metal compound included in catalyst precursor by increasing temperature of reactor and supplying reducing gas.

KIM J K, JEON B S, KWON K J, SIK J

Catalyst used for hydrogen production, comprises porous carrier, platinum supported on pores of porous carrier, and rhenium supported in mixture with platinum in pores.

LEE K, KIM C H, JANG J S, PARK T I, JISU J, PARK T

Catalyst useful for hydrogen production, comprises porous carrier, platinum supported on pores of porous carrier, and tungsten supported in mixture with platinum in pores.

LEE K, KIM C H, JANG J S, PARK T I, JISU J, PARK T

Air-cleaning device useful for reducing harmful gases including ethylene and harmful microorganisms, comprises air inlet, ozone generating unit, ozone decomposition unit and air outlet.

YUN J S, LEE J S, JEONG H Y, LEE S Y, JEONGSE Y

Catalytic activity recovery of manganese oxide catalyst, by recovering ozone decomposition efficiency of initial ozone decomposition efficiency by heating in air atmosphere, and decomposing ozone using manganese oxide catalyst.

YUN J S, LEE J S, JEONG H Y, LEE S Y, JEONGSE Y

Catalyst used in e.g. system for reducing nitrogen, is graphitic frustrated Lewis acid-base pair catalyst comprising carbon nanomaterials and Lewis acid-base components arranged in pairs in carbon nanomaterials, which is capable of reducing nitrogen to ammonia through exothermic reaction.

KWON T, KIM H, KANG S, PARK J, JU K, PARKJAEHYUN

Decontaminating surfaces from human coronaviruses comprises exposing human coronavirus and decontamination layer, comprising nanostructured photocatalyst, in contact with human coronavirus to UV radiation and/or visible light.

SUBRAMANIAN V, VERMA S C