Thanks, Rich. Nick -----Original Message----- From: friam-boun...@redfish.com [mailto:friam-boun...@redfish.com] On Behalf Of Rich Murray Sent: Monday, January 24, 2011 10:24 PM To: vorte...@eskimo.com; michael barron; lit...@earthtech.org; mari...@earthtech.org; puth...@earthtech.org Subject: Re: [FRIAM] [Vo]:Proposition to the Membership of Vortex List in Regards to Andrea Rossi
5) poisons? deuterium, nitrogen, copper isotopes, oxygen, H2O, hydrocarbons, silicon, CO2 ? What makes them poisons? What concentrations are harmful? 6) size and mass of Ni nanoparticles? Surface vs volume characteristics? Smooth, cracked, fractal structure, disrupted structure, softened or melted surfaces and volumes? 7) do one or more Ni fusions occur on a Ni nanoparticle, does Ni fusion disrupt the Ni nanoparticle and impede any more fusions, or can a Ni nanoparticle sustain repeated fusions, and how many per Ni nanoparticle per time? 8) how rapidly do Cu isotopes build up in the Ni nanoparticles, and is Cu spread about as nanodust, atoms at high velocities, vapor, melt, etc? 9) is NiH present and at what structural and time scales? 10) can high pressure alone without applied heat cause HNi fusion? 11) does Ni atomic fission happen, and what are the energies and products? 12) does HNi fusion involve deuterium? 13) can HNi experiments be done on a microscale or nanoscale, for instance as a thin film within a diamond anvil ultra pressure cell at up to a billion bars (atmospheres)? Or in a small Ni tube containing H, subjected to a high energy, short duration electric pulse, while being imploded by a chemical explosive around it? 14) what are the details about observed explosions, and what are estimates of the necessary preliminary precautions, including extrapolation to much higher energy yields? 15) how might slow or extremely rapid implosion affect HNi fusion for various sizes of the Ni particles, via sonocavitation, or laser or electron beam implosion, or explosive chemical shells, at various levels of structure and size, for spherical, cylindrical, or pancake geometries? 16) what role might layers and structures of neutron reflectors and neutron producers play in affecting HNi fusion at various levels of structure? 17) what effects may result from nuclear alignment via coherent EM radiation, or electric or magnetic fields, for instance, in the self-pinching of an electric spark? 18) what effects may result from creating higher nuclear spins in the H and Ni? 19) have you made it impossible for any agency to suppress or seize this science-technology? 20) what role might there be for nanostructures of various composition similar to carbon nanotubes, spheres, and sheets? 21) do biological systems use HNi fusion? 22) does HNi fusion occur in lightning, meteor impacts, volcanoes, deep in the crust, in parts of the solar system, in cosmic explosions and jets? 23) can external beams of electrons, positrons, neutrons, protons, He, Li, B, C, gamma influence HNi fusion, perhaps as colliding beams in an accelerator, linear or circular, driven by EM or laser pulses? 24) is cyrogenic HNi fusion possible? Bose condensates? 25) are processes happening at the quark-gluon level? 26) can the internal radiations be applied to producing many other nuclear reactions and isotopes, stable and unstable? 27) Can HNi fusion be set up in terms of coherent stimulated emission, as a gamma or neutron beam laser? 28) This is an awesome genie, soaring and expanding hugely, exponentially from its little jar, bearing supreme powers, opportunities, and challenges for our world... On Mon, Jan 24, 2011 at 8:15 PM, noone noone <thesteornpa...@yahoo.com> wrote: > Hello Everyone, > > We have been on here talking about Andrea Rossi's cold fusion > technology for about a week or so now. It seems to me we still have a > lot of questions. I have a proposition. > > Why don't we as a group organize a list of questions and have a > representative pass it along to Rossi and/or post it to his blog? > Instead of asking lots of different questions individually on his blog > we could discuss the issues that need to be addressed and figure out > which ones are most important. I suggest the following guidelines. > > 1) No questions about the catalysts or processes utilized on the > nickel powder. He has already stated about ten times he will not > provide this information. > > 2) We keep the list under 20 questions. > > 3) We try to keep the questions from being too similar to each other. > > Are any of you interested in trying to put together such a list of > questions? > > The areas that I think are most important are.... > > 1) The radiation measured inside of the cell or without shielding. I > have heard almost NOTHING about this. > > 2) The transmutation of isotopes and elements. > > 3) To get the question clarified as to whether anything other than > pressure or heat is involved in generating the effect. (Are any RF or > sonic waves > used.) > > 4) To get him to clarify the issue of hydrogen injection. Does he add > more hydrogen into the cell or is he just varying the pressure to make > more hydrogen react with nickel. ============================================================ FRIAM Applied Complexity Group listserv Meets Fridays 9a-11:30 at cafe at St. John's College lectures, archives, unsubscribe, maps at http://www.friam.org ============================================================ FRIAM Applied Complexity Group listserv Meets Fridays 9a-11:30 at cafe at St. John's College lectures, archives, unsubscribe, maps at http://www.friam.org
