I propose to influence the reaction LENR with radioactive nickel 63Ni28, which emits antineutrinos!
Krivit ICCF-25 Widom-Larsen LENR Theory Lecture Video
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4He emits a neutron if you add > 21 MeV energy. (with adding 20MeV you first get a proton!) To produce a neutron from 2 protons in Deuterium you only need about 2.3MeV from one proton its not possible to produce a neutron due to lacking symmetry but 1.292 MeV is the neutron/proton excess energy including one electron.
I had observed that nuclear chain of reaction in Santilli's intermediate fusion starts by photolysis of deuterium (2.23 MeV). I observed that Ed Storms Glow discharge reactions produce radiation following a phat equation and that it seems nothing happens unless one of reaction peaks is at 2.23 MeV. I hadn't considered that symmetry limits the onset of nuclear reaction by a collective. I was aware that it is necessary to form something neutron-like and the mostly like first nuclear reaction was the formation of oxygen-17 from oxygen-16 in an oxygen/hydrogen rich medium. See reaction sequences for Santilli's intermediate fusion and for the B. J. Huang reaction.
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I had observed that nuclear chain of reaction in Santilli's intermediate fusion starts by photolysis of deuterium (2.23 MeV).
In that case you also should see the 2.23MeV Gamma as the reaction runs in both sides. More likely is that D* attaches and splits off a proton you can't notice
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In that case you also should see the 2.23MeV Gamma as the reaction runs in both sides. More likely is that D* attaches and splits off a proton you can't notice
Due to the electro-gravity no gammas are emitted. Rather as show below massive particles at high velocity are emitted.
You are correct about Santilli intermediate fusion: In the first step deuterium and oxygen-16 disappear, and a hydrogen and oxygen-17 appear.
