Thorium Rocket Questions
- From: foulbr3@xxxxxxxxx
- Date: 10 Sep 2006 17:39:07 -0700
Hi, I am "designing" a thorium nuclear rocket and I have a few
questions.
First of all, does Thorium use a neturon moderator? The question is,
assuming the external neutrons are slowed down, do we need to moderate
neutrons to make the Uranium 233 fission?
Secondly, WHY is Uranium 233 a fissionable substance when Uranium 234
is so stable? I don't understand why Uranium 233 will fission.
For my design, I currently have a quartz lightbulb with 100% Thorium
metal inside and an external neutron source (proton particle
accelerator with lead spallation target, or improved fransworth fusor
running on deuterium). Beryllium oxide surrounds the thing to
cyllendrically keep neutrons in (they can still escape out the ends).
Do I need a neutron moderator to complete the picture?
Thirdly, my question is, what happens when we let the Thorium melt and
it begins to boil into a gas? Can quartz hold thorium at that high
pressure? What exactly is the logic of a gas-core nuclear reactor? How
can you confine the gas at the ultrahigh pressure we need? If you used
Uranium Hexafloride, wouldn't the energy density be too low for a
rocket at 1 atm?
How much pressure can quartz withstand?
Thanks
.
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