Strange Radiation from EVO Decomposition Catalyzing Powder and Plasma Based Systems.

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me356: Reactor parameters [part 2]

• me356
• May 9th 2016

I am sure that Ni-H reaction can yield also real neutrons and that probability that I am measuring neutrons is very high.

This was verified long time ago even by Sergio Focardi, yet the excess heat was relatively very small. Now imagine what can happen with much stronger reaction.

Citoyen Curieux: You can think whatever, but I dont intend to make any impression. I am doing just what is needed to reach desired target. I need only time, nothing more.

It does not matter if you are absolutely ineducated or you are professor, you are nobel laureate or helper in a car service. If one really want, one can achieve anything.

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me356: Reactor parameters [part 2]

• me356
• May 8th 2016

Zephir_AWT:

Quote IMO the escapement of neutrons is just a matter of higher activation energies

No, this is not true. Higher neutron flux can be achieved even with Parkhomov-like reactor and with pressures under 3 Bars.

You do not need any acceleration e.g. by high voltage.

But I am sure that it is possible to make it perfectly safe. On the other hand it is great indicator that the mouse process is working properly.

I am absolutely sure about the neutron measurement. I am using a few bubble detectors that were carefully calibrated and certified and also electronic neutron detector with HDPE moderator. I am also using a paraffin moderator for triple-verification. These neutron detectors are not affected by gamma and all are giving clear results without any doubts.

The most problematic part is, when the excess heat is triggered.

I do not intend to scary anybody, but it is really not necessary to be a testing rat. Mostly all replicators do not use any radiation detectors and if so, they are insensitive for important energy ranges.

If you do not believe, it is really not my problem.

I want to make LENR available for all more than others. But you have to know, that it is not a toy, to be prepared and to not make mistakes that others already did.

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me356: Reactor parameters [part 2]

• me356
• May 8th 2016

I am highly disgusted by some comments, although it was expected.

The only thing I would like to say is that Nickel - Hydrogen reaction (even without lithium) can yield inconsiderable amount of neutrons. From thermal to high energetic.

I can create this on demand and it is little bit worrisome.

If you are targetting for reaching a decent COP, be prepared for this.

To be more precise, you can receive 10mSv in a few minutes.

It is not fun anymore... Take it seriously.

To all replicators: Do not perform your experiments anywhere near your house

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me356: Reactor parameters [part 2]

• me356
• Jun 19th 2016

I can't tell the details, although I would like to share my excitement.

In some experiments, with a certain materials and in a certain conditions, one can establish a transfer channel. It can be considered as "a black hole".

This mean, that in just few miliseconds even 1L of hydrogen can just "disappear" and is irreversibly transformed to other kind of energy (including neutron radiation).

We can completely exclude lithium or similar compounds that can create a hydrides.

This behavior can be performed repeatedly, if correct conditions are set.

Enormous COP can be achieved (100 and more).

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me356: Reactor parameters [part 2]

• me356
• May 10th 2016

axil: I think that there must be a direct channel. Diameter might be probably very small if we can change direction of the products (e,g, by magnetic field).

I believe that it can pass a certain materials. Mica window could work. But without verifying we can just guess.

But from my experiments, it looks like it is not that easy. Lithium is also affecting the transition metal (Nickel) and at least from what I have saw, the heat is not comming just from lithium itself, but also from the nickel.

Next interesting thing is how lithium is behaving in the reactor if it is in a bulk form (in some cases). When it is inside nickel (covered from each side) it does not react chemically with nickel nearly at all. At least if nickel is prepared well.

It is looking as if it is levitating inside and after excess heat it looks like a dried-fruit. So only peripheral surface will stay there (probably contamimants). Even alumina tube is not touched by lithium at all which is very good.

No traces of vaporized lithium are found (at least optically) which mean the reaction was complete and extremely fast.

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me356: Reactor parameters [part 2]

• me356
• May 10th 2016

Interesting observation today - To start the secondary reaction (Cat), Lithium should be in contact with Nickel or in "a direct visibility". If there is some material, that will block products of the Mouse process, it will not work or it can be significantly throttled.

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me356: Reactor parameters [part 2]

• me356
• May 9th 2016

StephenC: I have had some suspicion for a few times, but fortunately readings returned to the original values.

Neutrons are yielded in a bursts. Short but can be intense, especially during ON/OFF cycle.

My theory of operation is based mainly on the neutron reactions. Maybe these are not neutrons, but neutron capture mechanism can still work.

Actually I have found a way how to produce these neutrons and with required energy range (but still need to be verified)

In this way you can make reaction safe, but one failure of the control system could mean huge problem.

The power potential is really huge. For power plants, this will be no issue, but advantage.

The higher COP, the better shielding you will need (when considering a single unit) and such reaction.

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me356: Reactor parameters [part 2]

• me356
• May 9th 2016

Arnaud: Neutral particle that can activate gold ... I'd say it is neutron. If not, then its properties are very similar.

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me356: Reactor parameters [part 2]

• me356
• Jun 24th 2016

Charlie Tapp: Yes, one heating coil can indirectly work as stimulation too.

Mouse and cat are two internal processes and can be completely independent. But you have to feed cat with mouses.

You have to look at this from very different point of view. First it is important to find where the excess energy is coming from.

When you will find source of the energy, you will also find how to use this energy. All questions will be answered by this finding.

Regarding plasma there are more reasons why to use it. There are more utilizations. For example arcing can be used in very different way than a glow discharge. Both can boost the effect, but you can also replace it with other phenomenons. LENR can be stimulated in many ways.

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So as you can see in the above posts....

Me356 detected what appeared to be neutrons coming from Ni-H.

These neutrons can at least appear to be neutrons according to his detectors.

The Ni-H is the "mouse" that feeds the cat which in this case is lithium.

I think that there are many other materials that could be used to interact with the SR.