Bob, Since I have been working on the deep-electron orbit model and its consequences (e.g., femto-H and femto-molecules) for the last decade, most of your questions have already been answered (see the links below - from ICCF-21- and the references therein). http://coldfusioncommunity.net/pdf/jcmns/v29/353_JCMNS-Vol29.pdf https://www.youtube.com/watch?v=J6zQXb-L7L8&t=136s
Your suggestion about dense water is clearly an interesting extension of this work. However, the dense water would be only marginally denser since the molecule formed with femto-H and 16O could act as a 18O halo nuclide (not yet found, see https://en.wikipedia.org/wiki/Halo_nucleus). The fact that 17O and 18O are stable nuclei means that either halo nucleus (femto-molecules) is less stable than the heavier isotopes. A study of the individual halo nuclides and their decay modes (e.g., https://en.wikipedia.org/wiki/Isotopes_of_boron#Boron-19 vs https://en.wikipedia.org/wiki/Isotopes_of_boron#Boron-8) can give information about the nature of the femto-molecular bond formed between the femto-H and a heavier nucleus. I am presently writing a paper on the transition from a femto-H atom to a neutron (as a proton with an occupied deeper-electron orbit), so my responding to your comments has been useful in my thinking. Thank you. Andrew On Sun, Dec 22, 2019 at 8:11 PM [email protected] < [email protected]> wrote: > Dense hydrogen may react with some other elements to form useful dense > compounds—maybe dense water. That may be a problem for biological systems, > however. However it may be a good heat transfer medium with a high boiling > point and a high triple point above that for light water. > > > > In the mid 60’s I remember an incident of the identification of dense > water—that was the term used by the physics folks I worked with then-- and > I didn’t think it was fake news. The subject went dark shortly > thereafter. > > > > If dense H can be accelerated by its magnetic moment—I assume it has > one—then it may act more like a neutron at some energy and fuse at > relatively low energies. Dense D or T may even work to fuse at lower > temperatures. > > > > I wonder if Mills has done the calculations for a D-heavy—D-heavy fusion? > T-heavy may not have a decay mode with the close valence electron keeping > the extra nuclear electrons in tact. (This assumes the structure of the T > isotope includes many electrons and positrons as proposed by P. Hatt and > validated by high energy electron scattering experiments, analyzed by W. > Stubbs. > > > > I assume he would call this duetrino fusion. I would hope the temperature > of a deutrino plasma would be high enough to avoid a run-away fusion > reaction. > > > > Bob Cook > > > > *From: *Jones Beene <[email protected]> > *Sent: *Sunday, December 22, 2019 6:42 AM > *To: *vortex <[email protected]> > *Subject: *[Vo]:Dense hydrogen may facilitate water splitting > > > > This water fuel development and another one similar to it - does not > mention "dense hydrogen" - only efficient water splitting. > > > > https://www.nature.com/articles/s41467-019-13415-8 > > > > This technique is claimed to be the most efficient electrolysis/ > water-splitting cell yet discovered. > > > > The catalyst used - a mix of iron oxide and nickel are both associated > with dense hydrogen - either the Mills effect of the Holmlid effect. > > > > Thus, there is a decent chance that in addition to normal splitting water > - this technique involves the densification of some of the H2 gas as it > evolves. No attempt is made to collect it, of course, since the mainstream > does not accept the findings of Mills or Holmlid, so using the output gas > itself as secondary catalyst or excess energy source - was not considered. > > > > Given the future importance of hydrogen - even migrating to a possible > "hydrogen economy" in the future - additional catalysis or energy derived > from utilizing dense hydrogen should be looked at closer (under the > assumption that UDH is now only an incidental or unplanned part of the > process and not optimized). > > > > > > > > >
