Nickel and Silver are mutually insoluble (or only with great difficulty)
as has been pointed out. Following Jones' original post, I'm preparing a
simple experiment to test "mechanical alloying". I will ball-mill ~2 um
powders of the two metals for several hundred hours, using 3/8" tungsten
Jones, As you have discussed, the Type A Pd that appears to be LENR active
is an actual alloy. In an alloy you expect an atomic level crystal lattice
alteration - the lattice constants of the alloy are uniform and different
than with Pd alone. However, what you describe as a "mechanical alloy"
The issue of loading hydrogen into palladium has been addressed in the
codeposition process, No need for any alloying.
On Mon, Jun 19, 2017 at 11:23 AM, Bob Higgins
wrote:
> Jones, As you have discussed, the Type A Pd that appears to be LENR
> active is an actual
Jones and Bob—
Bob is correct rfegarding terminology for alloys. An alloy has an ionic bond
between metallic nuclei as I understand. But those bonds may only occur at
grain boundaries with individual grains of the “quasi-alloy” being in bulk one
or the other metallic element.
However the
bobcook39...@hotmail.com wrote:
>
> An interesting alternative would be to use liquid H...
This type of experiment should have been attempted ... but surprisingly
- nothing relevant turns up in a quick search.
Can a cryogenic cold catalyst like Pd-Ag or Ni-Ag pass protons as ions
if they
Jones-
Cryogenic processing of solid rocket propellants—oxidizer, fuel and rubber glue
or matrix does make a lot of sense.
Being cryogenic, its SAFE. It affords an efficient chemical reaction and
release of maximum energy, being very well mixed in a stoichiometric
proportion. And it does
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