Lerner wrote: No, friends, the DT logic is not right. The fraction of DT that gets burned depends on the density. When we can detect DT neutrons (not so far in this experiment) we can use the DT/DD fraction to measure the density.
I sorry but i don’t follow. So you are saying that we assume that the T produced from DD fusions are typically not subsequently burnt, or that because you don’t detect DT neutrons, that we then make the assertion?
If the T produced from DD reactions are confined I would assume they would fuse quickly since the cross section is so much higher even at 150KeV. If this is not the case, why not?
