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I have heard that liquid ozone is violently unstable, making it unusable in any meaningful concentrations. Would using it as a compressed gas partially solves the problem? What is the mechanism of its breakdown? I assume it heats up when breaking down to O2 and the flashing into gas blows up the rocket. Is it a runaway reaction, meaning once it starts breaking down it doesn't stop until its all O2 and blows you up or is it more of a random breakdown that is hard to predict and therefore handle? If its not a runaway reaction then how violently does it convert to O2 and how much has been observed at most for a set period of time?

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  • $\begingroup$ Highly relevant, possible duplicate space.stackexchange.com/q/19498/6944 $\endgroup$ Jan 13 at 22:28
  • $\begingroup$ Based on answers to the other question it sounds like the spaceflight community have given up on exploring ozone as a rocket fuel. That suggests that there may not be specific answers to your questions from spaceflight knowledge. However, Chemistry Stack Exchange might be a good place to explore stability issues of ozone, things that trigger it to dissociate (explode) (container walls, contaminants) and things that can stabilize it against that. $\endgroup$
    – uhoh
    Jan 13 at 22:41
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    $\begingroup$ Read Wikipedia about ozone It is not stable at all as compressed gas. It may condensed to a liquid, but it should not warm to its boiling point, it may explode then. So it could neither be stored as a liquid nor as compressed gas, usage for space is impossible, It reacts with all metals useful for rockets construction. $\endgroup$
    – Uwe
    Jan 14 at 8:12

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