I am wondering if the lockstep motion of d1 shown in the Superwave animation (when saturation>85%) could be exploited by deuterons being sling shot into the interior wall of Casimir cavity when the catalytic action disassociates the d2 into d1? I am thinking a d1 that gets shot into an empty cell in the Ni lattice could find itself with nowhere to go when the wall of lock stepped deuterons move to reoccupy the region. d-d fusion with a little catalytic help. Regards Fran
- [Vo]:More on heavy nickel Jones Beene
- [Vo]:saturation lockstep as the hammer? Roarty, Francis X
- Re: [Vo]:More on heavy nickel mixent

