On Tuesday 09 August 2005 16:11, Jones Beene wrote: > ----- Original Message ----- > From: Terry Blanton ( ... never got that other post! maybe BillB > has you on good-behavior) > > >> From: Robin van Spaandonk > >> > >> It doesn't exist because the energy required to oxidize even a > >> first level hydrino is at least 10 times larger than any normal > >> chemical bond energy. > > > > Wait, I thought there were many hydrino compounds? Can a > > hydrino form a covalent bond or not? > > I suspect that one answer is that ionic bonds are definitely > favored, and that true covalent bonding many be as difficult as > with the noble gases, except apparently for the dihydrino, which > is mentioned so often by Mills that it must have some sort of > preferential structure. > > The more interesting thing to me is - given the small size and > extreme density of moderately shrunken hydrinos, how does one > contain them? No alloy or ceramic has covalent bonding tight > enough to contain hydrinos of n=8 or so. > > Here is a site that consideres the properties of solid hydrogen - > from which we can derive the properties of the hydrino at high > shrinkage. > > http://www.tvu.com/EngPropsSH2Web.htm > > > Crystal Structure ---------------- High Temperature (>4 K) - > hexagonal close packed (hcp)* (low pressure) > > Density ------------------------------ 22.7 cm 3/mole, 0.088 g/cm3 > (does not vary significantly with ortho/para concentration) > > Since density varies as a cubic relationship with diameter, at the > first redundant ground state n=2 the density witll be 8 times > higher. At n=6 the density of hydrinos is about 19 g/cc ot about > the same as uranium. It should be a solid at STP abouve n=5 or 6. > At n=7, however, the density soars to over 30 g/cc which is much > higher than osmium, the densest known element. > > Mills claims to have made and collected n=8 which would have to be > contained as an ionic compund, as its density is over 45 g/cc > almost twice that of osmium. And its size is so small it would > sink through any containment like a sponge, if it were not bound > somehow. > > Has anyone considered that the core of earth (and especailly > Jupiter and the gas giants) may be filled not with iron but with > hydrinos of greater than n=8. > > So anwer me this, Subcommander Supremo. What are the implications > of a hydrino core? > > Signer, > > Harry Tuttle, Ductwork Engineer (and general pain-in-the-keister)
maybe one should shoot the n>9 hydrinos together at high speeds to see if the result is helium plus quite a bit of energy.....if so one might worry about a hydrino core.......................booooooooom Standing Bear
