Piantelli has used this method to detect a 6.5 MeV sub-atomic particle being ejected from a cooling nickel bar that he has activated in his experiment a short time before.
axil: Can you please point us to a written document, where this 6+ MeV signal is pinned down?
axil: Can you please point us to a written document, where this 6+ MeV signal is pinned down?
http://newenergytimes.com/v2/news/2008/NET29-8dd54geg.shtml
To locate. scan on title: "Charged particle track, emitted from nickel rod after Ni-H experiment [1]"
To locate. scan on title: "Charged particle track, emitted from nickel rod after Ni-H experiment [1]"
axil: So you admit that you freely invented the 6.5MeV figure? The text shows no reference...
There is an older paper by Piantell iccf12, where he is talking about Li breakup proton of 5.7 MeV, but that's an other story!
axil: So you admit that you freely invented the 6.5MeV figure? The text shows no reference...
There is an older paper by Piantell iccf12, where he is talking about Li breakup proton of 5.7 MeV, but that's an other story!
SEE
https://m.facebook.com/MartinF…mment_id=1045821395448559
search on Mev
Also see
https://www.google.com/patents/EP2702593A1?cl=en
QuoteFor example, in case of Nickel, the expelled protons have an energy of about to 6.7 MeV.
Also see
google.com/patents/EP2702593A1?cl=en
For example, in case of Nickel, the expelled protons have an energy of about to 6.7 MeV.
axil: Thanks! The patent is the only place, where the up to 6.7 MeV protons are linked to H and Ni! (Not to Li!!)
For others: The more complete patent description is : EP 2702593 B1
