Although there's no doubt some compression of any loaded deuterium in the
nitinol system, I suspect that mechanical deformation of the nitinol by way
of electrical impulse will not be sufficient to bring deuterons close to
one another or to lattice sites by many orders of magnitude.
(One of the
CB Sites,
Yes, nitinol does not hold up well to hydrogen loading. I did several
electrolysis experiments with it in 2012/2013 with H. Thicker wire held up
better.
You can see a video of one of the experiments here:
I don't believe that nickel or titanium can be loaded with hydrogen. Is
such loading even possible?
On Fri, Mar 13, 2015 at 9:02 PM, CB Sites cbsit...@gmail.com wrote:
Interesting video and reference Jack. I did one LENR experiment with
Nitjnol that may be worth repeating. My system didn't
Axil, unless there is some limit on loading your talking about, both Nickel
and titanium will load hydrogen/deuterium into their lattice. Titanium
was what Steve Jones first used in his first CF experiments because it
would load more deuterium than palladium greater than one I believe. .
Nickel
What's the old saying; great minds think alike. I loved the video. You
could see pulses of bubbles being ejected from the nitinol as it
contracted. In my rig, I had the nitinol vertical and when it would
contract it would pull the lever arm of a weighted fulcrum up, I was later
going to use
Interesting video and reference Jack. I did one LENR experiment with
Nitjnol that may be worth repeating. My system didn't work out to well but
I only tried once. The idea was to use electrolysis to load the Nitenol
wth D+ and then heat the nitinol to contract forcing the lattice deuterium
to
Another way that shape memory materials might be used in a LENR reactor is
to form Micro particles out of high temperature shape memory material such
as Ti–50(Pt,Ir) or Nitinol (50Ni 50Ti).
At reactor temperatures lower than the operating temperature setpoint, the
shape memory micro particle
Very interesting comment on Rossi's blog passed along to me by a friend.
Watch the nitinol heat engine video.
1. gaby de wilde
March 11th, 2015 at 8:55 AM
http://www.journal-of-nuclear-physics.com/?p=874cpage=9#comment-1061270
Hello Andrea Rossi,
I would like to point your
A shape memory alloy can operate at very high temperatures in excess of
that produced by the dog bone. It may the possible to build a mechanical
device that produces a sharp pressure increase in the hydrogen gas to
activate increased LENR reactivity through nanoparticle creation via
supercritical
Dale Basgall suggests that gadolinium expands when exposed to a magnetic
field and contacts when the field is removed. In our past discussions, he
was thinking you could create a rapidly oscillating pressure in the cell
using some gadolinium and EM pulses.
We have also long thought nitinol may
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