Its entirely conceivable that if the nickel micro particles are spaced far
enough apart, then no transmutation from nickel to copper will be seen. The
magnetic beams that produce the LENR reaction will usually project away
from the tips of the nanowire field emitters on the micro particles. The
mag
I wrote:
Apart from noise in measurements, such a discrepancy might be due to
> natural variation in the isotopic composition of nickel; to a reaction
> eating away some of the 61Ni and 64Ni; or to Rossi's using a preparation
> that is somehow depleted in these specific isotopes.
>
I think the "d
On Tue, Oct 7, 2014 at 3:21 AM, frobertcook wrote:
See item 36 for the comments.
> Akso note earlier comments of both Nichols and Rossi.
>
Hi Bob -- is there a link you can share to the specific comments?
Eric
On Tue, Oct 7, 2014 at 8:01 AM, Bob Higgins
wrote:
Zirconia would not, itself, be a catalyst. I specifically mentioned
> zirconium - the metal.
>
I thought your description of how you're using zirconium was interesting.
My comments related to the way George Miley is using it, in an article
Jone
I found it worth listening to.
And his opinion near the end that a commercial success (eg Rossi)
might be the only way out of the "CF is disproved" meme.
Hi David
I did a search for "good-bye-second-law-of-thermodynamics"
It came up in google with this
http://www.laserfocusworld.com/articles/2014/09/good-bye-second-law-of-thermodynamics.html
I clicked on the link in google and it took me to the page that I quote the
first few lines of:
"
Home
Exact link not found. On inspection, no such article found in their many
lists.
Pulled?
Ol' Bab
On 10/5/2014 9:33 PM, Jones Beene wrote:
Every week it seems, there is a new assault around the edges of the 2nd
Generalization of Thermodynamics...
http://www.laserfocusworld.com/articles/2014/09
From: Bob Higgins
Most catalysts are not fully oxidized metal oxides - they are partially reduced
metal oxides. The best catalysts have nano-scale features and partial
oxidation.
Which is approaching the definition of a perovskite…
…and this version of NiO looks interesting as a
http://www.jupiterscientific.org/sciinfo/bosonsfermions.html
Elementary particles such as electrons, quarks, neutrinos, protons and
neutrons are fermions. Photons are examples of bosons. Elementary particles
have an intrinsic spin or turning motion, which must be a multiple of 1/2
due to quantum m
I am not a chemist, but have some familiarity with materials science. You
can take this with an appropriate grain-of-salt.
Zirconia would not, itself, be a catalyst. I specifically mentioned
zirconium - the metal. Nano-Zr could be a catalyst that would have a high
sintering temperature as a nan
Rossi Blog reader has an interesting series of comments from the subject
person. Rossi's response is also good.
See item 36 for the comments.
Akso note earlier comments of both Nichols and Rossi.
Bob Cook
A il Axil--
I tbink Bose particles can havezero spin as well as integer spin. Neg.
intergers are ok. Also all particles in theBEC do not have to have the same
spin. Some can be + and some -.
Bob
Sent from my Verizon Wireless 4G LTE SmartphoneAxil Axil
wrote:
http://www.nature.com/nature
The high temp. reactor would be good with a thermo-electric system. NASA
likes that idea to get rid of Pu-238.
Sent from my Verizon Wireless 4G LTE SmartphoneJed Rothwell
wrote:
wrote:
>
> Even if 300C were the limit, would that really be a problem? IIRC Jed has
> mentioned that 300-350C
You have too worry about Zr water reaction above 950 degrees F.
Bob Cook
Sent from my Verizon Wireless 4G LTE SmartphoneBob Higgins
wrote:
Robin,
My understanding is that the temperature of the exchanger heating the water
is at 300C. If this were the case in a LENR reactor, then the reaction
I would try a ceramic spong--maybe a Cerium oxide--
then use a solgel Ni compound and sinter at a temp higher than whar you want
to operate the reactor.
The heavy metal ceramic may help damp the thermal degradation of the Ni
structure.
Bob Cook
Sent from my Verizon Wireless 4G LTE smartphon
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