Kite,
Your failed recollections are conveniently well suited to your continued arguments for Rossi having invented a cheap process and for the idea of only partial depletion.
Regarding the idea of cheap isotopic enrichment/separation you said:
KitemanSA wrote:Certainly opined by me. That is the definition. Whether anyone else shares the opinion, I don't know. I seem to recall some sort of concurrence, but I am not interested in finding it.
You may not be interested in finding it because the concurrence you recollect was not in concurrence with your opinion.
My opinion is that separating isotopes in a vacuum chamber is unlikely to be illustrative of whatever cheap industrial process Rossi has presumably achieved.
My opinion is that little balls of liquid Nickel in a centrifuge would not achieve the desired results either.
I think that my opinion had a modicum of concurrence while your had, well, none.
In regards to the idea of full vs. partial depletion of NI58, you bring up the question of reactivity.
KitemanSA wrote:
Secondarily, in at least one post I recall, he stated something along the lines that 64Ni was more reactive than 58Ni, so it may be that there is a non-linear effect. I don't know. If you do, what is your data?
Again, your recollection is flawed. Rossi claims that ONLY NI62 and NI64 react, not partially more or less reactivity. Remember? We talked about this.
First, a professor from Montclair State University asked Rossi a question.
Ludwik Kowalski
March 23rd, 2011 at 1:33 PM
Andrea Rossi wrote (see above, that “the isotopes which are turned into copper are the 62 and 64 Ni.”
1) Yes, the 63Cu and 65Cu, if produced from fusion of protons with 62Ni and 64Ni, would be stable. But natural abundancies of these isotopes of nickel, 3.7% and 1.8%, respectively, are too low to be consistent with the claimed accumulation of 30% of copper. Do you agree, Andrea Rossi?
2) HRG asked for the data on the isotopic composition of Ni and Cu in spent fuel. I am also waiting for the answer.
3) I also would like to know the approximate mass of nickel powder in the 12 kW reactor demonstrated in January.
Thank you in advance. And good luck. The world is waiting for clean, and less expensive, nuclear energy.
Ludwik Kowalski (see Wikipedia)
Professor Emeritus
Montclair State University, USA
Andrea Rossi
March 23rd, 2011 at 4:05 PM
Dear Prof. Ludwik Kowalski:
1- Very good question, Professor: from my side, I cannot give information about the treatment we make with the Ni powders, but from your side, if you analyze carefully your question, it contains the answer.
2- Cu is 63 and 65. Ni is…( he,he,he…)
3- The average charge is around 100 g
Thank you very much, Prof. Kowalski, for the great job you made in your life as a professor and as a fighter for freedom. And thank you for your very kind attention,
Warm Regards,
Andrea Rossi
Read his reply 2. Only CU63 and CU65 are coming out. You can easily interpret this as ONLY NI62 and NI64 react.
But, if you were interested in making sure, then you would ask Rossi another question. That is what I did. Remember?
June 2nd, 2011 at 9:59 AM
Mr. Rossi,
Amazing progress so far and congratulations on having fully formulated the theory even if it has to be kept a mystery from us:) Hopefully you can provide a little confirmation of some information you have already provided without disclosing your theory.
If I am correct, sir, you are saying that only NI62 and NI64 ‘react’ to form copper – presumably through some process that allows it to pick up the proton of Hydrogen. I also understand that you have a theory to explain what is happening.
* Is my understanding correct that only NI62 and NI64 transmute to copper?
* Does your theory explain why only these two isotopes react.
* Does your theory explain why the resultant Cu63 and Cu65 apparently does not react to produce zinc?
Thanks
Andrea Rossi
June 2nd, 2011 at 10:53 AM
Dear Mr Charlie Zimmerman:
1- yes
2- yes
3- yes
Warm Regards,
A.R.
Why do you keep going on about him partially reducing NI58 to minimize side reactions? He says that ONLY NI62 and NI64 react!
Can we agree to work from a common understanding on this?