me356 Verified

Thank you for patience. I had wedding and busy time last few weeks.

We have meshes prepared and ready for shipping. During next week we will ship. I think I have over 100 in stock with much better parameters from what was shipped previously.

(Quote from Daniel_G)

Thank you for explanation. Regarding theoretical explanation I would rather not add anything. For me all theoretical stuff is useless. No debate is needed if using more methods of measurement and all are giving similar results.
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(Quote from Bruce__H)

Yes, in some LENR systems heating and cooling curves are far from linear. There excess heat is generated during these transitions and are the strongest at a certain temperature range. Not the case with Mizuno type reactor.

That is true with transition metals that can accept hydrogen into the bulk.
LENR can't be generalized. There are more types of possible reaction.

I also agree that Runaway is not possible with LENR when comparing to Fission Reactors in the same meaning. If you consider Runaway as melting reactor body then yes, this could happen if body has lower melting point than used fuel.
But as soon as gas will…

Mizuno type reactor has no deactivation process other than manual pressure intervention. It is very predictable actually.
Excess heat is directly related to temperature. No other magic involved.

From our experience cracks works the best. If you can create them then starting LENR is super simple. It is only matter of how many cracks you can create at the surface.
There are several types of LENR you can achieve as I described few times in this…

Our new meshes are prepared and are able to work even without Palladium pretty well. We will ship them to Alan soon after few tests.
They can load Hydrogen even faster than meshes with Pd.
On the other hand Palladium coating is more problematic there…