Eric— I would agree that Ni-56 could be a transition result, except it was not reported by the Indians.
Furthermore other transitions may occur without electric force fields ejecting charged entities from the coherent system. 3 virtual muons may fuse to a proton or a neutron during the transition to reach a lower potential energy with the excess kinetic energy changing to vibrational (phonic) energy of the coherent system’s lattice electrons. It has long been my conclusion that the ejection of charged particles is not a major feature of LENR; however a change of potential energy to spin energy is, assuming angular momentum is conserved within the coherent system. Thinking outside the box is not a sin. Bob Cook From: Eric Walker Sent: Tuesday, March 14, 2017 8:23 PM To: [email protected] Subject: Re: [Vo]:Sleeper from ICCF20 On Tue, Mar 14, 2017 at 10:12 PM, Eric Walker <[email protected]> wrote: If we assume 1.3 tons excess iron following Narayanaswamy, then the amount of energy released into the environment for this first reaction would be: 1300 kg 56Fe = 23241.288159 mols 56Fe 23241.288159 mols (28Si + 28Si) = 46482.576318 mols 28Si = 1300.4396227 kg 28Si 1300.4396227 kg - 1300 kg = 0.4396227 kg => 3.9e16 J That is to say, (3.9e16 J / 84 TJ = 464 "Fat Man" nuclear bombs per 24 hours). I didn't quite do that right. I should have gone from 28Si to 56Ni: 1300 kg 56Fe = 23241.288159 mols 56Fe => 23241.288159 mols 56Ni = 1300.167211 kg 56Ni (1300.4396227 kg - 1300.167211 kg = 0.2724117 kg => 2.4e16 J) So that would be (2.4e16 J / 84 TJ = 285) "Fat Man" nuclear bombs per 24 hours. Eric
