Hello Robin
To store heat economically they can not use water heated by the
PV cells, bcs these cells have to be as cool as possible to work
efficiently.
By concentrating the rest of the direct sunlight on a thermal absorber
it is possible to get much higher temperatures to store heat
Jed,
There is a Swedish say; "Venture capital is not for widows and orphans."
(Perhaps a little off the political correct scale but has some relevance .
. .)
If the government gets involved then they actually do involve people who
for one reason or the other should not take that kind of risk.
As,
Lennart Thornros wrote:
Your faith in government is disturbing because that kind of mindset is what
> allows this totally immoral and unaccounted for misuse of the taxpayer's
> money.
>
Such as the development of railroads, steamships, aviation, highways,
subways, city
>From tomorrow, a new start\
HAPPY NEW YEAR 2016 TO ALL MY READERS!
http://egooutpeters.blogspot.ro/2015/12/dec-31-2015-lenr-activity-in-last-day.html
--
Dr. Peter Gluck
Cluj, Romania
http://egooutpeters.blogspot.com
http://www.amazon.com/s/ref=nb_sb_noss_2?url=search-alias%3Ddigital-text=%22znidarsic+science+books%22=n%3A133140011%2Ck%3A%22znidarsic+science+books%22
Axil,
You seem to be misguided about the possibility of alumina as a thermionic
emitter of electrons.
Alumina would not work as a glow tube cathode since it is a poor conductor of
electrons. Alumina has been used as a component for a ultra-thin oxide coating
of metal cathodes, but its
Speculation on how the E-Cat X works.
The E-Cat-X might works as a Hot cathode. Photons produce hot electrons on
the surface of the alumina that are emitted from the surface. If a anode is
placed on the outside of the cathode to capture the emitted electrons, then
this will setup a current flow
Alumina pulls in electrons rather than pushing them out, Is that correct?
On Thu, Dec 31, 2015 at 1:54 PM, Jones Beene wrote:
> Axil,
>
>
>
> You seem to be misguided about the possibility of alumina as a thermionic
> emitter of electrons.
>
>
>
> Alumina would not work as
In reply to 's message of Thu, 31 Dec 2015 12:26:56
+0100:
Hi Peter,
While true of normal solar cells, I seem to recall that there are also high
efficiency cells designed to be used with solar concentrators. I'm guessing that
these will also function at boiling water
ChemE Stewart wrote:
> Wrong, Ivanpah uses steam drum boiler technology and steam turbine
> technology and Home Depot flat mirror technology that have been around for
> 100 years.
>
I believe the mirrors are more high tech than the ones at Home Depot, but
if they were
Jed,
I am not bragging but I actually have studied some history.
That, however, is not important. I have experience from real life and that
counts. You say I have no data to back up my statements! Did you read about
the Swedish pension funds I wrote about?
However, that is no so important
On Thu, Dec 31, 2015 at 2:28 PM, Jed Rothwell wrote:
> Yes, because the government paid for it. Also organized it. The scientists
> could not have done what they did without the government.
> Any organization could have done that. It would be better if there at
> least
From: Axil Axil
* Alumina pulls in electrons rather than pushing them out, Is that
correct?
Technically alumina is a good electrical insulator, as seen in the white
ceramic part of a spark plug. Beta-alumina however is different, and can be
produced in such a way as to conduct only
Lennart Thornros wrote:
The fact as you call it is; scientists has made a lot of progress since the
> renaissance and you want the government to have the credit for that.
>
Yes, because the government paid for it. Also organized it. The scientists
could not have done what
On Thu, Dec 31, 2015 at 2:57 PM, Jones Beene wrote:
However, if the LENR fuel (by this time) has reached strong self-sustain
> mode, with its own ability to produce heat without electrical input, then
> this device could be made to function almost like a self-powered
wrote:
> While true of normal solar cells, I seem to recall that there are also high
> efficiency cells designed to be used with solar concentrators. I'm
> guessing that
> these will also function at boiling water temperatures. Is this not the
> case?
>
Yes, I recall
Jed:
"Suppose that in the 1990s someone had put a lot of money into solar CSP
technology. The cost might have fallen quickly and perhaps today it would
be cheaper than PV or wind"
Wrong, Ivanpah uses steam drum boiler technology and steam turbine
technology and Home Depot flat mirror technology
After having been kicked out of Dr. Mills Yahoo Classical Physics group
earlier this year I came to the realization that I should probably spend
more time focusing on my own personal research work rather than wasting
endless hours indulging in circuitous conjecture that never gets resolved.
Dang! I always forget to use the correct address when unsubscribing.
Andrea Rossi
January 1st, 2016 at 12:19 AM
Dear Readers of the JoNP:
It’s 00.00.01″ of January 1st 2016.
Update: the 1 MW E-Cat is stable and in ssm, the E-Cat X is very promising
and still operating and making heat, electricity.
The E-Cat X is very close to the design of the core of the
Good.
One needs to focus.
Happy new year.
On Dec 31, 2015 5:21 PM, "Orionworks - Steven Vincent Johnson" <
orionwo...@charter.net> wrote:
> After having been kicked out of Dr. Mills Yahoo Classical Physics group
> earlier this year I came to the realization that I should probably spend
> more
Note: The ASME document may not describe the coating used at Ivanpah.
However, I read an article about the glass there some time ago that said it
has some similar coating. It resembles Teflon. Water and dust do not easily
adhere to it; they blow right off again.
I wish they would invent something
Interesting that Ivanpah is a high wind area with land sailing.
https://en.m.wikipedia.org/wiki/Ivanpah_Lake
Flat mirrors catch a lot more wind than a low profile trough, like a sail.
I guess without the mirror coating the system would be be performing
even worse than 40% below design...
The core is producing the electric power and is acting as the negative
cathode and the alumina the anode. Perhaps with a grid between for flow
control. A grid between might control the electric vs, heat output.
On Thu, Dec 31, 2015 at 3:57 PM, Jones Beene wrote:
> *From:*
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