Some questions about fusion.
Fusing Hydrogen produces Helium. Could you then fuse the Helium to create a kind of 'after-burner' effect? And what would you do with the Berylium produced?
As to fuel, 14 cubic metres of H2 is 1 metric ton, 14 cubic metres of H2O is 14 metric tons, yet contains the same 1 metric ton of H2. This leads to some interesting conclusions.
1: it seems in the 3I they've perfected a way to split H2 from O quickly and efficiently; this seems to happen just before the fuel is 'burned'. But what happens to all that Oxygen?
2: if refined fuel is pure H2, then it is relativley dangerous. A fuel leak into the crew compartment would risk a deadly explosion. Therefore isn't it somewhat safer to carry the fuel in the form of water? Especially in a non-jump ship. Apart from the fact that the fuel would mass 14 times more... But we don't care about mass do we; just volume.
Fusing Hydrogen produces Helium. Could you then fuse the Helium to create a kind of 'after-burner' effect? And what would you do with the Berylium produced?
As to fuel, 14 cubic metres of H2 is 1 metric ton, 14 cubic metres of H2O is 14 metric tons, yet contains the same 1 metric ton of H2. This leads to some interesting conclusions.
1: it seems in the 3I they've perfected a way to split H2 from O quickly and efficiently; this seems to happen just before the fuel is 'burned'. But what happens to all that Oxygen?
2: if refined fuel is pure H2, then it is relativley dangerous. A fuel leak into the crew compartment would risk a deadly explosion. Therefore isn't it somewhat safer to carry the fuel in the form of water? Especially in a non-jump ship. Apart from the fact that the fuel would mass 14 times more... But we don't care about mass do we; just volume.