Re: [Vo]:Znidarsic's constant

[fusion.calo...@gmail.com]

Frank, First, for the sake of clarity, a hydrogen atom stripped of electrons is a proton, has a +1 charge and can be called a hydrogen ion or better a hydrogen cation. A proton with one electron can be called a hydrogen atom with no charge and can be considered to be in an unstable exited state, readily able to combine with an identical twin sister to yield H2 molecule plus energy. A proton with 2electrons called a hydride ion has a -1 charge and is classed as an anion. The 2 electrons fit into what some people call the S shell. All atoms in motion have a natural propensity to cool or lose energy by emitting radiation if surrounded by matter at a lower temperature. The radiation is called electromagnetic and is described by the term photon at times. The photons emitted usually are not evenly distributed as far as wave lengths being more characteristic of system circumstances. Statistical Mechanics and Statistical Thermodynamics are the bases of my ability to understand modern trends of out of the box suggestions here, having taught both. Carbon nano structures usually can be thought of as polymers of a simple benzene ring configuration yielding planar, spherical, cup, cone, tube and etc. geometric formats. I say this for clarity and pray the the colleagues here pin down what they are discussing, thus avoiding much of the back and forth explanations. Now, it was reported here at one point that plasma within a hydrocarbon atmosphere does yield generous quantities of  nano carbon cones containing protons. I prefer to refer to this system as a method of trapping and containing protons by way of nano technology stabilization. Love your comments, keep them coming and intrigued by your theories, especially Znidarsic's constant. Regards, Intensity fznidar...@aol.com wrote: The hydrogen must be in the mono atomic form and stripped of its electrons.  H2 absorbers such as carbon nano tubes do not appear to work. Frank z -----Original Message----- From: Eric Walker <eric.wal...@gmail.com> To: vortex-l <vortex-l@eskimo.com> Sent: Sat, Apr 21, 2012 3:25 pm Subject: Re: [Vo]:Znidarsic's constant On Sat, Apr 21, 2012 at 7:09 AM, <fznidar...@aol.com> wrote:   As far as Jones comment as finally..Its is finally not.. this was done 15 years ago.   Jones did ask a good question of why hydrogen in nickle and why deuterium in palladium.  It must have something to do with a resonant condition at that speed.  Helium in another metal may work at a different pressure and frequency.  I am trying this trying to achieve another result. I was wondering about dissociation.  Can anyone clarify -- will hydrogen dissociate in any metal that is acting as a cathode, e.g., Pd, or will it only dissociate in a metal with a crystalline structure of a small enough size? Eric