#9851
MTd2
Participant

Hi benf,

Actually, I am trying to see that the nature of the plamoid is a little bit different of what is proposed by Eric, and that the results pB11 plasmoid probably won’t correlate with the D+D. For example, I propose that the nature of the plasmoid is of “subtype” plasmak.

Plasmak is a kind of toroid onion in which the outer layer compresses progressively the inner layers. So, most of the fusion happens in the center. He3 is produced by the fusion of deutrerium. So, in my view, the caputred He3 by the plasmoid magnetic field would emit bremsstrahlung too fast and literally sink to the bottom of the onion. Thus, its presence would disrupt the D+D reaction, given that D+He requires higher temperatures to react. Plus, the He3 would cool faster due its bremsstrahlung emission being 4 times bigger than the Deuterium. That would cool the inner layers and bring down fast the toroid core temperature and thus diminishing further the reaction rates.

So, using neutrons as a gauge for the pB11 plasmoid is not a straightforward case, because pB11 would have a very pure core, which is not the case of D+D.