What is the required storage condition property for Liquid Oxygen ($ ext{LOX}$) used as an oxidizer in cryogenic propulsion combinations?

Answer

It must be stored at extremely low temperatures (near $-183^ ext{C}$)

Liquid Oxygen ($ ext{LOX}$) is classified as a cryogenic oxidizer because it must be maintained at extremely low temperatures to remain in its liquid state. The text specifies that this temperature is around $-183^ ext{C}$ (or $-300^ ext{F}$). This requirement necessitates heavy insulation on the storage tanks and imposes a significant logistical constraint: the vehicle must be fueled very close to the launch time, as the super-cold liquid will rapidly boil off if temperatures are not strictly controlled. This contrasts sharply with storable oxidizers like Nitrogen Tetroxide ($ ext{N}_2 ext{O}_4$), which remain liquid at ambient temperatures.

What is the required storage condition property for Liquid Oxygen ($ ext{LOX}$) used as an oxidizer in cryogenic propulsion combinations?

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