Performs a cryogenic distillation process at temperatures reaching -200 °C to separate atmospheric air into its primary components - oxygen and nitrogen.
영하 -200°C에 달하는 온도에서 극저온 증류 공정을 수행하여 대기 공기를 주요 구성요소인 산소와 질소로 분리합니다.
Performs a cryogenic distillation process at temperatures reaching -200 °C to separate atmospheric air into its primary components - oxygen and nitrogen.
Performs a cryogenic distillation process at temperatures reaching -200 °C to separate atmospheric air into its primary components - oxygen and nitrogen.
Performs a cryogenic distillation process at temperatures reaching -200°C to separate atmospheric air into its primary components - oxygen and nitrogen에 이르는 온도에서 극저온 증류 공정을 수행하여 대기의 공기를 산소 및 질소로 분리합니다.
Performs a cryogenic distillation process at temperatures reaching -200 °C to separate atmospheric air into its primary components - oxygen and nitrogen.
-200°C에 이르는 온도에서 극저온 증류 공정을 수행하여 대기의 공기를 산소 및 질소로 분리합니다.
Performs a cryogenic distillation process at temperatures reaching -200 °C to separate atmospheric air into its primary components - oxygen and nitrogen.
Performs a cryogenic distillation process at temperatures reaching -200 °C to separate atmospheric air into its primary components - oxygen and nitrogen.
Performs a cryogenic distillation process at temperatures reaching -200 °C to separate atmospheric air into its primary components - oxygen and nitrogen.
Performs a cryogenic distillation process at temperatures reaching -200 °C to separate atmospheric air into its primary components - oxygen and nitrogen.
영하 -200°C에 달하는 온도에서 극저온 증류 공정을 수행하여 대기 공기를 주요 구성요소인 산소와 질소로 분리합니다.