me356: Video of "Quark X" like reactor?

The active region seems a small gap.

On E-CatWorld me356 replied to Frank Acland in private correspondence:

Quote from me356

The video is recorded by me. But it was not supposed to be shared…

The reactor was of an older test from reactor similar to the E-Cat QX. It is not replication since many data are missing. Actually it is only slightly updated version of what I was testing two years ago. In the meantime I was testing maybe thousands of similar or different reactors. So this one is probably not more interesting than the rest.

Used fuel was same that we are using in our upcoming products. It was only powered by other means – there is no heater coil at all.

So the construction is very easy and total cost for something like this is maybe 4 USD (excluding electronics). But due to nature of the design it is necessary to use higher voltage to obtain conduction line first – same as in the QX.

Then it is enough to power it with 2 – 30V depending on used modulation. Diameter of the tube is just 3mm.

Definitively it is nothing related to our products. But it is working well as long as body is holding together.

I hope that it helped.

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Pure nickel welding wire for TIG  High voltage source  High frequency source  ceramic tubes

Alan Smith

I think it's supposed to be a plausible parts list for me356's reactor, according to Zephir_AWT.

The key factor that ME356 has revealed when he provides those micrographs of his fuel to public analysis is that metallic hydrides are central to the LENR reaction that he is able to generate. Metallic hydrides are the most powerful generator of the LENR effect. It is likely that Rossi also uses his fuel to carry the LENR reaction in the QX. Rossi's fuel may also very well be a carrier of metallic hydrides. What CAN wants to do in his proposed test of the EVO technology using a QX like experiment may not be effective because his approach does not include a LENR fuel type that contains metallic hydrides.

Metallic hydrides are a type of nanoparticle that is a superconductor whose electron spin wave based surface cover is a mirror like EMF environment that confines photons in an optical trap that is perfect to produce and maintain polaritons where photon/electron thermalization and entanglement is optimized. These Metallic hydride type nanoparticles are quasi stable whose half life has been seen in experiments to persist for months when allowed to be reenergized.

Quote from Cydonia

A metallic hydride remains before all a molecule, in this case following temperatures reached by QX, it 's a nonsense what you said.

About Me356, lighthouses recently lighted on Rossi forced him out of the burrow.

In Holmlid's latest paper, Holmlid has shown that metallic hydrogen is active on the surface of the Sun thought the production of the solar wind and metallic hydrogen can exist and be active at those solar surface temperatures.

http://onlinelibrary.wiley.com…002/2017JA024498/abstract

The solar wind proton ejection mechanism: Experiments with ultradense hydrogen agree with observed velocity distributions

also see

Metallic hydrogen requires many million of atmospheres to form. That is a huge amount of pressure. But there is a direct relationship between pressure and energy. Metallic hydrogen confines a huge amount of energy in a very small volume as per the Bernoulli equation. In order to break metallic hydrogen up will require an energy level greater than the energy level that is keeping it together.

From the Gay-Lussac's Law: The Pressure Temperature Law. This law states that the pressure of a given amount of gas held at constant volume is directly proportional to the Kelvin temperature. As the pressure goes up, the temperature also goes up, and vice-versa.

If the pressure that produces metallic hydrogen is at least equal to the pressure required to distroys metallic hydrogen, it is apparent that metallic hydrogen can withstand high temperature in the millions of degrees before it is distroyed.

Quote

And the meaning of this is?

A new business model for your LENR e-shop, don't you think?

Is anybody able to estimate how much power (W) was getting through the hot area of that tube in the video, given that it's supposed to be of 3 mm of outer diameter (seemed slightly larger to me) ?

can

20 to 40 W would probably do it.

Paradigmnoia

So given that it's claimed that once it's started, 2-30V would be applied, anything between 1 to several A of current would have been probably used - assuming constant operation and no excess power.

If the ceramic tube had a 3 mm diameter then the rods or wires had a diameter roughly equivalent to that of AWG14 wire (~1.6 mm).