The case for Muon catalyzed fusion
The interrelated nuclear reactions that are occurring concurrently in a typical LENR reactor are multifold. For example, In the ECCO reactor, there is likely multiple nuclear active reactions going on at once. These reactions include nucleon decay that is producing sub atomic particles (muon and pions), muon/pion catalyzed fusion and fission.
But how can we tell the nature of these interrelated reactions. One way to determine if muons are producing nuclear reactions is to confine the reactor in a magnetic bottle to increase the population of muons that are confined to the nuclear active zone of the reactor. If muons are active, then there should be a marked increase in the level of transmutation that is occurring. There should also be a increase in the energy production of the reactor since the muons will decay inside the nuclear active zone. Also, muon catalyzed fusion should increase inside the reactor rather than wasted in the far field. If no difference in transmutation or energy production levels are seen then the PRIMARY LENR reaction is the sole source of the transmutation.
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An indication in an experiment that muon reactions happen in a LENR reaction.
Low-energy nuclear reactions and the leptonic monopole
Georges Lochak*, Leonid Urutskoev**
http://disq.us/url?url=http%3A…z28qmbSGq_Hw&cuid=2168707
This experiment shows that U238 is fissioning at a faster rate than U235 since U235 was enriched.
The uranium was far removed in distance from the Primary LENR reaction source. Yet both U238 and U235 were found to fission. Muon induced fission is the likely cause of this fission reaction.