OK, so it behaves more like a photoelectric cell. I was under the impression
that it was supposed to be highly efficient in converting the beta energy into
electricity. If it is very inefficient then a lot of heat is going to have to
be exhausted. That is a significant disadvantage when
http://egooutpeters.blogspot.ro/2016/11/nov-29-2016-lenr-in-earth-info.html
peter
--
Dr. Peter Gluck
Cluj, Romania
http://egooutpeters.blogspot.com
David Roberson wrote:
> Of course, if it costs a fortune to manufacture that would not be true.
>
Synthetic diamonds for industrial apps are fairly cheap. The gem quality
ones cost $6,000 per carat (0.2 g) which is a lot. I do not know which you
would need. However, medical
If Brown were able to get large currents at a modest voltage, he would be onto
a very valuable produce. Of course, if it costs a fortune to manufacture that
would not be true.
Dave
-Original Message-
From: Chris Zell
To: vortex-l
Much depends upon the terminal voltage that you must convert into a useful
value. My suspicion is that the open circuited voltage is very high, making it
difficult to use in simple applications.
Dave
-Original Message-
From: Jed Rothwell
To: vortex-l
Actually, the output voltage is the voltage of the semiconductor junction.
The beta particle stimulates multiple hole-electron pairs across this
junction. This type of beta voltaic battery is extremely inefficient in
converting the energy in the beta particles into output electrical energy.
On
The most clever scheme for powering pacemakers I have heard of is to power
them with oxygen and carbon from the bloodstream. Like small, artificial
organs. I do not know where that project is but it seems like a neat idea.
The power lasts as long as the person does.
There are some other schemes
wrote:
The maximum power output of such a battery would be about 4 mW / gm of C14.
> (That's milli-watt, not Megawatt, which means you would be looking at a
> very low
> acceleration rate.
>
A hearing aid battery produces less than 1 mW. A pacemaker produces about
10 mW. So
With the recent information from Italy (Giuseppe, Navarro and Coppi) reported
on Rossi’s blog; the information from LENR Forum about Gates interaction with
La Gatta (apparently in Padua, It during the ICCF-19); Texas Tech interaction
with La Gatta’s firm in Italy; La Gatta’s interaction with
I know how industrial diamond and DLC are made and the rates that are
reasonable. I don't know where the 4mW/g electrical came from for 14C
(perhaps that is the energy output of the 14C), but I believe you would be
doing well to achieve about 40 microwatts per gram. Keep in mind that a
gram of
Sent from Mail for Windows 10
From: bobcook39...@gmail.com
Sent: Monday, November 28, 2016 2:37 PM
To: Brian Ahern
Subject: RE: [Vo]:Article: Diamonds turn nuclear waste into nuclear batteries
Each nano diamond would have a small resistance from the beta generation
locations to the surface of
wrote:
> The device being made from by-produce materials from reactor ops would be
> subject to regulation by the NRC.
>
This should not be a problem. It would be like a smoke detector with Am-241.
I did not see a reference to the open circuit voltage or short circuit current
obtained during these tests. Has anyone found a reference? Also, where are the
electrical terminals?
Dave
-Original Message-
From: Jack Cole
To: vortex-l
13 matches
Mail list logo