W is working, not absorbing hydrogen well but gives anomalous heat.
Peter
On Fri, Jul 1, 2011 at 11:23 PM, Jed Rothwell wrote:
> Peter Gluck wrote:
>
> I mean- Piantelli has tested many transition metals in his system and has
>> found W is also working, he has attributed to it Iwamura. sorry f
Peter Gluck wrote:
I mean- Piantelli has tested many transition metals in his system and
has found W is also working, he has attributed to it Iwamura. sorry
for that
Well, Iwamura might have tested W, but I don't recall that he did. I
guess Piantelli was confused.
Glow discharge is quite
Jones Beene wrote:
However, several dozen of the top researchers in the LENR field were a bit
miffed by this change in direction, since they had built careers around
Pd-D; and many of them may have jumped ship.
I do not know any who say they are miffed at this. None of them seem
miffed to me. I
I mean- Piantelli has tested many transition metals in his system and has
found W is also working, he has attributed to it Iwamura. sorry for that
Peter
On Fri, Jul 1, 2011 at 9:26 PM, Jed Rothwell wrote:
> Peter Gluck wrote:
>
>
>> The W of Iwamura also works . . .
>>
>
> You mean Ohmori and
Peter Gluck wrote:
> The W of Iwamura also works . . .
>
You mean Ohmori and Mizuno, glow discharge.
- Jed
Hi Peter,
I would like to see Ahern use Iwamura's tungsten as one of his powders
because of it's high melting point it would be less susceptible to self
destruction, of course milling tungsten to nano geometry probably isn't
easy. I remain of the opinion that the most active Casimir geometry
Re metals tried successfully, Prof Piantelli wrote me, inter alia:
"all the metals from the four transition metal groups are able to work, more
or less;
Naturally some work better than the other due to a better electronic
conformation in the most external shell and Zr is one of these.
The W o
Terry,
I think there are at least 2 levels of activation and the
imperfections in the lattice you mention are a priori. I was
a long time convinced that the Casimir effect was limited to the Casimir
geometry but have come to believe that these cavities can translate resident
gases
-Original Message-
From: mix...@bigpond.com
> I'm somewhat surprised that no one tries Lanthanum alloys, since these are
used
for Hydrogen storage, implying high loading.
Hi Robin,
Yes, a few of the lanthanides, particularly cerium, have potential for high
loading and reasonable cost. A
In reply to Jones Beene's message of Thu, 30 Jun 2011 10:28:30 -0700:
Hi,
[snip]
I'm somewhat surprised that no one tries Lanthanum alloys, since these are used
for Hydrogen storage, implying high loading.
>An unusual predicament is lurking in the background of the field of LENR,
>due to Rossi's
On Thu, Jun 30, 2011 at 1:28 PM, Jones Beene wrote:
> The curious thing about all of this is that the nano-nickel which did not
> load was still producing net heat gain, ala Rossi. And wouldn't you know it
> - this one, which loads well, has yet to produce net excess heat. Go
> figure. That is w
An unusual predicament is lurking in the background of the field of LENR,
due to Rossi's (apparent) success.
Prior to Rossi, palladium-deuterium - Pd-D - was king. Now it is looking
like Ni-H will be the heir to the throne. Generally this change in focus
away from exotic materials seems like a goo
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