I got a message from Pam Boss on your question of nickel codeposition James:
"We did do an experiment that plated Ni on a cathode in contact with CR-39.
We got no tracks in the CR-39. We also saw that the Ni did not load with D."
and
"would have to check my notebooks. I do recall a Ni-H2O plating that
gave no results. And, as I said, there was no outgassing when the
current was turned off indicating that Ni does not load
electrolytically. I’ve been told you have to be at high temperatures to
get H or D to load into Ni."
Regarding the lithium, Jones, I asked "Did this team consider the
lithium as an energy-producing element in this scenario?"
She responded, "We did Pd/D co-dep using KCl instead of LiCl.
We still got tracks. Mel Miles’ co-dep formulation does not have LiCl
in the plating solution. He still got heat. Doubt that Li is involved."
so I guess the nickel wasn't successful with either the H2O or D2O
or it would have been pursued more....
Now, I wonder why it wasn't successful??? Oi!
Ruby
On 4/12/15 2:00 PM, James Bowery wrote:
Its rather maddening that they got thermal runaway in 3 out of 10
trials in a very simple set up using *light* water and palladium but
they never thought to replace the palladium salts with *nickel* salts
to*codeposit nickel* rather than palladium.
Or did they and they simply did not talk about it?
On Sat, Apr 11, 2015 at 9:25 PM, Ruby <[email protected]
<mailto:[email protected]>> wrote:
I made a new movie called Following Nature's Documents Stan Szpak
LENR Co-deposition (18:28):
https://www.youtube.com/watch?v=QxBJjWzlKl0
--
Ruby Carat
Eureka, CA USA
[email protected]
www.coldfusionnow.org
lenrexplained.com
--
Ruby Carat
Eureka, CA USA
1-707-616-4894
[email protected] <mailto:[email protected]>
www.coldfusionnow.org <http://www.coldfusionnow.org>
lenrexplained.com <http://www.lenrexplained.com>
