HB of CJ wrote:Our A and H bombs seem very safe. But even then, we have found that we are very lucky there were in fact 13 different safety interlocks on one H bomb, because 12 of them failed. Two thousand years from now? Dunno.
Now, maybe. But I read the book
Command and Control: Nuclear Weapons, the Damascus Accident, and the Illusion of Safety a few months ago and the lack of safety in our early designs was scary. The weapons designers even resisted changes to make them safer because it'd make them potentially less reliable in a nuclear war.
It catalogs a bunch of accidents that had the potential to have a least a nuclear fission 'fizzle'. (Really interesting, alarming, and well written book)
HB of CJ wrote:Important enough that the very self destruct systems would take up a considerable portion of the mass and cubage of the various missile systems, including the pods and Apollo missiles. End of run and remote controlled demo.
I just had a thought. We know that ship reactors are energetic enough to shred a ship if the failsafes don't work and they blow. How destructive would a microfusion plant blowing be? Or the plasma capacitors shorting out before they're 100% drained?
Could a primary self destruct system simply be a deliberate failure of the power system? (
If so it would have the advantage of not taking up a lot of extra volume in the missile; not wedging a warhead into a jammer, decoy, or control missile would, or a 2nd warhead into an attack bird.)