Joseph Chikva wrote: KitemanSA wrote:As far as I know, the Uranium process would start with gaseous UF6 which requires the removal of 6 fluorine and the generation of U+6 ions. That takes AT LEAST 3 times the energy of Ni+2, no?
May be yes and may be no.
Actually, no, since ORNL started wiuth UCl
4 not UF
6!
Joseph Chikva wrote: But the matter is not in energy that has to be spent.
But for enrichment process very serious and specific facilities are required.
For Uranium, I will concur. For Nickel this is not proven. I suspect I could build an "enrichment" plant for under a couple of $100k, especially if I had an MRI facility to work in.
As a fallback option, please note that Neodymium magnets are permanent (no power needed) and provide ~5x the field strength of the ORNL Calutron. They are not
cheap, but they use NO power and can be limited to the actual arc of the seperator rather than encasing the entire seperator completely.
Joseph Chikva wrote: And Rossi with his two friends by definition can not have such facilities (coffee machine).
Everyone else recognizes that the "coffee pot" is just a joke objection. Please don't use it in a for-real discussion. Please?
Joseph Chikva wrote: May in Italy or somewhere else in Europe is the firm conducting such service: you would give them some metal with natural isotope composition and they return you the product enriched with requested isotope?
If yes, it's real. If no, I have already said you that you can discuss even antimatter production process. That also is based on well known principles but very difficult and costly in production.
Sorry, making that comparison is a strawman. The process for anti-matter requires HUGE energies. This process uses easily available components and voltages that kids (knowledgable kids, but kids none-the-less) work with.
Joseph Chikva wrote: And why Rossi would enrich Ni if from the beginning by his claim he did not know what type of reaction occurs?
Remember, Rossi built on Piantelli's work and may have seen that while all would react to a degree, the higher isotopes would react more. Since the Ni58 reaction would produce a long lived radio-isotope, he may have wanted to limit the amount there to react, and the drive inbtensity to lower the probability that what was there would react. In order to then produce sufficient reactions to make the system worth using, the percentage of the higher isotopes would need to be increased. ... Perhaps...
Joseph Chikva wrote: We are discussing nothing.
You may be. I am discussi
ng "perhaps"!
