Cheap and easy
https://pinkblue.in/bombay-den…l-x-ray-film-50-pack.html
Congratulations Me356
Very exciting
From progress report #6
see comments @ http://lenrexplained.com/2015/09/progress-report-6/
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Edmund Storms says: October 2, 2015 at 5:22 PM
The only issue from an engineering view point is how much NAE can be created in the material. Once the NAE is created, energy can be extracted simply by putting a little D in the lattice using gas loading or electrolysis and then heating the sample under the required equilibrium pressure. When enough insulation is used, the sample will self-heat.
The same requirements have been found to apply to Ni+H2. In other words, gas loading and electrolysis will produce identical behavior and this same behavior applies to the Ni-H2 system.
Once temperature is accepted as being the important variable, rather than the electrolytic current, all of the behavior shown by Pd-D, regardless of the method used, and Ni-H start to make sense. Both systems are able to make energy with a high out/in ratio.
Hi Me,
You get it.
Looking at Rossi's patent one can see that the key part of the reactor is the wafer.
The heating resistor is situated in the plane of symmetry of the wafer, exactly in the middle of the fuel.
That way, all the input power is directed to the fuel with a 100% efficiency ! No lost to the environnement.
Compared to the current dog bones the needed power is divided by 2, to the advantage of the COP !
As a consequence the size of the resistor can be reduced.
Also the resistor is protected from oxydation for a longer life time.
Beeing at about the same temperature as the fuel the resistor has a faster response for temperature control.
Really a masterpiece .
That should not be too difficult to design an inverted dog bone...
Every time your experiment is on stop let your Geiger counter record the ambient events.
You will accumulate a solid baseline and perhaps detect unexpected events.
A simple piece of software would perform a fast analysis or the accumulated data for peaks.
Do you plan to measure and record internal pressure?
IMO, it would be good to regulate power not only in regard to temperature but also for keeping pressure below 5-10 bars, the time for Hydrogen to be adsorbed by Ni.
My idea is that a too high pressure could possibly refrain smooth diffusion in the lattice??
A.Parkhomov used an analog manometer connected with a long pipe well suited to reduce pressure and to damper variations.
Here is one plot from testing today.
Very good.
Can you adjust the 2 temperature plots in order they refer to the same scale at the same position?
Thanks Barty.
The '"thumbs up" icon does not show in Firefox v37.0.2 whereas all the other icons are visible as expected.
It's OK with IE.
Very strange... 
How to attribute "likes" ?
Thanks
Can somebody share tips for wrapping kanthal wire on the ceramic tube?
It should be done very precisely to avoid local overheating.
I would suggest to make the coil on the ceramic with 2 wires all together in close contact. The kantal one and a dummy cooper the dia of which will precisely set the pitch of the coil.
Then remove the cooper one.
