Am 19.07.19 um 17:14 schrieb JonesBeene:
There are other alternative mechanisms for gain not involving fusion. These researchers also suggest or imply that clustering “alone” can produce significant excess energy with no fusion and/or a delayed nucleon annihilation event. Here, we
Clustering energy in the range of 500-1000eV is seen in Takahashi's Ni-H process where he produces about 50 watt's of excess energy. Also R. Mills process leads to toroidial H* clusters with the same "low" energy gain.
In the Mizuno case we can exclude this behavior, as clustered D-D, inside larger clusters, always will undergo fusion The energy of the Mizuno process is in the region > 100'000keV /Pd or surface Ni, what also excludes H*/D* condensation as a final source of energy.
Pd-D or Ni-D fusion so long always produced 4-He with minor amounts of 3-He (< 10E-6). There is more than enough experimental proof and to ask doing it again is interesting only for detecting how much Pd/Ni gets transmuted. Usually such side reactions that transmute Pd/Ni are below 10E-8 compared to D-D fusion reactions.
I guess after the first successful replication of Mizuno will see a sudden death of ITER and similar approaches.
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