Re: [Vo]:muon catalyzed fusion-fission

In reply to JonesBeene's message of Sat, 29 Sep 2018 19:16:14 -0700: Hi, [snip] > >Robin, > >Pions have such a short lifetime, does any reaction really matter ? If the target is close enough to the source (cm's), then they may be put to good use? > > > >From: mix...@bigpond.com > >Hi, > >I got

RE: [Vo]:muon catalyzed fusion-fission

Robin, Pions have such a short lifetime, does any reaction really matter ? From: mix...@bigpond.com Hi, I got all these reactions wrong, and nobody said anything! :) Pi+ + 128I -> 128Xe stable. Pi+ + 137Cs -> 137Ba Stable. Pi+ + 90Sr (HL = 29 years)-> 90Y (HL = 2.67 days) -> 90Zr stable.

[Vo]:muon catalyzed fusion-fission

Hi, I got all these reactions wrong, and nobody said anything! :) Pi+ + 128I -> 128Xe stable. Pi+ + 137Cs -> 137Ba Stable. Pi+ + 90Sr (HL = 29 years)-> 90Y (HL = 2.67 days) -> 90Zr stable. Pi+ + 129I -> 129Xe stable. >E.g. Pi+ + 128I -> I127. I127 is stable. > Pi+ + 137Cs (HL = 30 y) ->

[Vo]:muon catalyzed fusion-fission

Hi, Muons are created by bombarding matter with fast particles that result in Pions which then decay into muons. Positive and negative Pions are created in equal number, but only the negative muons resulting from the decay of negative Pions are useful for fusion. That means that positive pions