No problems with Krivit, still an excellent, fast
and methodic journalist; just he does not like
the existing reality and builds alternative ones.
I am curious to see his reaction if/when LENR+
goes commercial.
Peter
On Thu, Jul 18, 2013 at 11:56 PM, Jed Rothwell jedrothw...@gmail.comwrote:
Thanks for sharing Jed!
One thing that makes me wondering is how the Nickel mesh in fig.3 is
connected.
From the text I understand that either Pd or Ni is used in the experiments
(likely as cathodes).
That would mean D2 + Pd or H2 + Ni experiments were performed.
Which if the two resulted in
From: Peter
No problems with Krivit, still an excellent, fast
and methodic journalist; just he does not like
the existing reality and builds alternative ones.
My issue with Krivit has not so much to do with his reporting skills as a
journalist, but what I perceive to be an apparent
Teslaalset robbiehobbiesh...@gmail.com wrote:
Thanks for sharing Jed!
One thing that makes me wondering is how the Nickel mesh in fig.3 is
connected.
It is all explained in the paper, which should be available on Sunday.
I am setting up everything so I can upload it before I leave for the
Peter Gluck peter.gl...@gmail.com wrote:
No problems with Krivit, still an excellent, fast
and methodic journalist; just he does not like
the existing reality and builds alternative ones.
So, he gives you excellent reports on an imaginary subject.
More of a novelist than a journalist.
- Jed
Bob,
Magnesium hydride does store more hydrogen than most metals and alloys - by
weight, since magnesium is very low density - but the Space program in
Europe and NASA use lanthanum nickel (LaNi5) for hydrogen storage. Rossi
would have access to this alloy through U-Bologna. Low weight is not
Very interesting Jones. This paper has some intriguing facts about lanthum
and hydrogen aborption and release in lanthum.
http://pubs.acs.org/doi/abs/10.1021/j100476a006
On Fri, Jul 19, 2013 at 9:17 AM, Jones Beene jone...@pacbell.net wrote:
Bob,
** **
Magnesium hydride does store
Another interesting study of heat produced by lanthanum nickel absorbing
hydrogen. They note the level is higher than is typical and attribute this
to chemisorption. Could they have unintentionally produced LENR?
Good find Jack.
Indeed, together with potassium, which turned up in the spectroscopy data
which Rossi included in his first patent - we may be close to stumbling upon
the secret sauce...
BTW - did anyone try to calculate the amp-turns of the Rossi HT reactor in
that last testing?
We have a
I like it! Look at the link on the front page at Missouri U.:
http://missouri.edu/
- Jed
Axil Axil janap...@gmail.com wrote:
From past information, the Rossi reactor is hard to startup; it takes a
long time to startup and a long time to shut down. . . .
This is tolerable in industry but not in the home.
It would not be a problem at home either. Especially not if the machine
Makes one realize how far they have ventured . in the sense of placing the
University's good reputation on the line.
After all, Missouri is the Show Me State a motto that implies a certain
self-deprecating stubbornness and devotion to simple common sense. They
looked, they saw, and they acted
ICCF Program updated : (posted earlier)
http://iccf18.research.missouri.edu/program.php
Tuesday :
9:00 - 9:10 am Demonstration: Defkalion Reactor Startup
2:30 - 3:00 pm Demonstration: Defkalion Questions and Answers
5:30 - 5:40 pm Demonstration: Defkalion Closing
On Jul 19, 2013, at 11:36, Jones Beene jone...@pacbell.net wrote:
After all, Missouri is the “Show Me State” a motto that implies “a certain
self-deprecating stubbornness and devotion to simple common sense.” They
looked, they saw, and they acted accordingly.
My family goes back to
With active control you can go from a COP of 6 to infinite. Then the
question is how often does failure of the control system occur and what are
the cleanup costs. It is entirely conceivable, if not likely, that an
active control version will go to market that has a relatively low
frequency of
See:
http://www.infinite-energy.com/images/pdfs/ManningIE110.pdf
Let me quote from it:
In April 2013, I met the officers and employees of Defkalion Green
Technologies. I approached that meeting with mixed feelings. While driving
to their laboratory at the
University of British Columbia (UBC) in
I suspect that ECAT active cooling would be possible with thermal control.
This would behave in a reverse manner to active heating which is how he
currently controls the ECAT. To make it work he would have to figure out a
method of modulating the amount of heat that he extracts from the core
James Bowery jabow...@gmail.com wrote:
With active control you can go from a COP of 6 to infinite. Then the
question is how often does failure of the control system occur and what are
the cleanup costs.
The cleanup cost in this case should be no worse than a ruined cell. Like
a light bulb
Are you ready to sign an NDA? No? No complaints, then.
--
Daniel Rocha - RJ
danieldi...@gmail.com
From: Daniel Rocha danieldi...@gmail.com
Sent: Friday, July 19, 2013 2:13:26 PM
Are you ready to sign an NDA? No? No complaints, then.
Hey! Why don't we ALL sign an NDA? Be a bit boring to read Vortex posts,
though:
Defkalion has a much superior technology.
I just know.
:) I cannot say
Daniel Rocha danieldi...@gmail.com wrote:
Are you ready to sign an NDA? No? No complaints, then.
You misunderstand. I have no objection to people keeping secrets. I have no
objection to an NDA. * BUT if Defkalion wants to keep their results secret,
they should not come to a physics conference
I wrote:
Many people keep their results partly secret. That is fine. As long as you
present facts, figures and instrument readings to prove what you reveal,
that is acceptable.
The recent Levi report is a perfect example. It says nothing about the
Rossi cell content. It sheds no light on
Guys,
In my search for energetic/dark/vacuum particles on Earth, I have uncovered
something I would be concerned about
From Seattle Times ref: Dreamliner Carbon Fiber Skin
http://seattletimes.com/html/businesstechnology/2012145833_boeing18.html
Engineers paid special attention to the 787 wing
The claim is that Within five years 3D printing will be possible using a
variety of materials not previously possible. This includes metal (Metal!
That absolutely blows my mind!), nylon, clay, wood pulp, and many types of
plastics and polymers. The complexity of what can be printed will continue
Researchers claim that they have cracked the code when it comes to using 3D
printing to create stem cells — so what happens next?
Unfortunately, organ donors are few and far between. Even if you have a
potential match, after spending a long time on a waiting list, conditions
worsen and an organ
PayPal co-founder Peter Thiel doesn’t like to invest in normal things.
First he backed a libertarian island paradise, then it was paying kids not
to go to college, and now it’s 3D-printed meat.
According to CNET, the Thiel Foundation announced it’s donating $350,000 to
a start-up called Modern
Would this make a better catalyst?
http://www.sciencedaily.com/releases/2013/07/130717172901.htm
[snip] The most striking discovery was, however, not that they had produced
a new material but it was instead the striking properties they found that
this novel material possessed. It turned out that
Researchers use ultrashort flashes of light to probe fast movements in the
atomic world. Femtosecond (1fs=10 ^-15 s ) laser pulses, now routine, are
fast enough to follow the motion of atoms and have been used to watch the
unfolding of chemical reactions. Attosecond (1as=10^ -18 s ) pulses,
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