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.
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.-200℃という極低温での蒸留プロセスにより、大気をその主要成分である酸素と窒素に分離します。
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.
しまする。