How do you plan to get Non-Existant Argon-41 out of Mass 2 (already energy depleted) out of "Hydrinohydride" ?
> [Original Message] > From: Jones Beene <[EMAIL PROTECTED]> > To: <[email protected]> > Date: 4/24/2006 9:30:58 AM > Subject: Special-K > > Robin, > > > A simplistic explanation is that much Ar40 may actually be K39 > > with a "chemically" bound hydrinohydride attached. The bond > > strength would be at most 70 eV, allowing for slow but regular > > exchange. As "Argon" it is chemically inert, and hence gaseous, > > while without the hydrinohydride, it reverts to true Potassium > > and > > once again becomes an ion ending up back in the water. > > > I like this! ... But the 70 eV is probably in error in the > end-product - that applies to the initial hydride bond which > becomes moot once absorbed. This would likely happen very quickly > in the oceans. > > It would seem that solar-derived hydrinos (of high shrinkage) will > certainly accumulate in the oceans of Earth over geologic time (if > they are real - and produced in the solar corona - then this > process is a given). The potassium preferentially bonds with them, > but due to the small radius they lodge well within the electron > cloud - perhaps mostly at the normal k-shell radius WRT the > nucleus. > > ERGO that is EXACTLY why you get this typical k-shell energy level > of 3672 eV - and subsequent Auger cascade - when the hydrino is > forced out by applied energy, as in the numerous laser implosion > studies which show this. This is the critical detail and proof. > > Mainstream science is calling it "efficient" radiation. HA ! If > they only knew ! > > Cool. It now seems so obvious. I can't believe that Mills himself > has missed this !! > > Now - if we could just figure out how to enrich this entity from > normal Argon gas. It would be the same size and atomic weight, but > possibly not quite as chemically inert, even though the outer > shell is technically full. However - it should have a vastly > different magnetic moment. > > From the spectra in this studies, I would guess that it must exist > in the 100 ppm range of the normal gaseous Argon which is bought > from a supplier. Get that up to 1% and you've got one heck of a > fuel - certainly manufacturable at home for automotive and home > power... but (sadly ;-) eliminating the middleman... And that is > why this info needs to be put in the public domain ASAP. > > Better yet: Get it up to 100% and you've got the ways-and-means > for interstellar space travel ... > > ... say, maybe that is why this whole thing has been > semi-officially ignored by the powers-that-be...and, say, what is > that silent black helicopter doing outside my window this morning? > > Before I am neutralized (and be glad you are in Oz) let me ask. > What shall we call this fraction of normal Argon - "Special-K" ? > "Hy-K" ? "K2R" ? > > Wow. This is most interesting... > > Jones >
