• Steps of nitrogen removal to produce concentrated oxygen

    Four steps are repeated in a cycle to remove nitrogen from the air. The blue and red arrows show the changes in the flow of pressurized air through th...

  • Molecular structure of Zeolite 5A

    Zeolite 5A acts as a molecular sieve, allowing molecules of oxygen to pass through the pores, while nitrogen molecules stick to the structure. Zeolite...

  • ゼオライト5Aの分子構造

    窒素分子を構造体に付着させて酸素分子を細孔から通過させることで分子のふるいとしての役割を果たすゼオラ...

  • ゼオライト5Aの分子構造

    窒素分子を構造体に付着させて酸素分子を細孔から通過させることで分子のふるいとしての役割を果たすゼオラ...

  • 2種類の酸素濃縮装置

    非線形・非平衡物理学ユニットのマヘッシュ・バンディ准教授が製作した2種類の酸素濃縮装置。左が大型の装...

  • Two oxygen concentrators

    Professor Mahesh Bandi of the Nonlinear and Non-equilibrium Physics Unit has built two devices that can produce concentrated oxygen. A large device is...

  • 2種類の酸素濃縮装置

    非線形・非平衡物理学ユニットのマヘッシュ・バンディ准教授が製作した2種類の酸素濃縮装置。左が大型の装...

  • Steps of nitrogen removal to produce concentrated oxygen

    Four steps are repeated in a cycle to remove nitrogen from the air. The blue and red arrows show the changes in the flow of pressurized air through th...

  • Molecular structure of Zeolite 5A

    Zeolite 5A acts as a molecular sieve, allowing molecules of oxygen to pass through the pores, while nitrogen molecules stick to the structure. Zeolite...

  • Two oxygen concentrators

    Professor Mahesh Bandi of the Nonlinear and Non-equilibrium Physics Unit has built two devices that can produce concentrated oxygen. A large device is...