Thanks, Mark - I was thinking that $20 for a two page article that probably doesn’t provide much information anyway was a little steep … heck, its digital and you don’t even get the paper for fish wrap…but anyway … it cannot answer the bigger question.
The bigger question with respect to LENR and HTSC and some kind of benefit
is this. Let’s say we find an alloy of 90% nickel and 10% palladium, like
the one Ahern found – which loads 4 protons for every metal atom, and it is
superconductive at say 80 K. But the cell we will be using it in is
operating at say 500K,
So now - the secondary question we are asking is about related holdover
properties – IOW even if the operating temperature is much higher in our
cell than the SC transition temperature, is there “something else” some
hidden property related to pairing for instance - which makes this alloy and
loading special - and which will promote LENR even without the zero
electrical resistance?
From: Mark Jurich
I wrote:
| Jones wrote:
|| Here is a citation but I have not been able to
get hold of the full text.
|| "Possibility of high temperature
superconducting phases in PdH".
|| Tripodi, P.; Di Gioacchino, D.; Borelli, R.;
Vinko, J. D. (May 2003). Physica C: Superconductivity. 388-389: 571–572.
| I believe Physica C is now Open Access and you can get
this via the link:
|
http://www.sciencedirect.com/science/article/pii/S0921453402027454
Sorry, the above article doesn’t seem to be open access, but
try this link if it fails:
http://www.heraphysics.it/PhysC388p571.pdf
Mark Jurich
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