Russia bombed my mother s flat
guron17
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- Member since Apr 28th 2017
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Posts by guron17
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my mother lives near this place in Kharkov/ she is 85 years old
russia=nazi/ sorry
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note: the essential condition of reaction- one need receive pure heavy water thus we have "pure" lattice structure and one- dimentional "line" in it
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Can you explain the factors which you consider to be important in establishing the active temperature ranges? Is it particle size, nuclear mass etc etc.
one need know the experiment conditions.
as for particle size- these are deutrones in crystal structure (the heavy snow for example). the heavy snow -because it has litltle narrow boundary "needles" (may be- I hope-nm- needles)
for more deatails I need an information about experiment conditions / Unfortunatly I have no opportunitiy to perform
experiments
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In your paper, linked (again) below for convenience you say. 'Apparently, we can assume that in a certain narrow range of temperatures / kinetic energies of the nanocrystal nuclei there is the possibility of a nuclear fusion reaction and other nuclear reactions.' I have no problem with this premise, having observed this effect happening. In fact, there might be more than one temperature band for any given system where fusion takes place. Can you explain the factors which you consider to be important in establishing the active temperature ranges? Is it particle size, nuclear mass etc etc.
I ll attempt write in detail further Now-see fig 2 in file- there are many temperatures corresponding -1<G<1- is it Your experymental result 7
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I ask about mistakes in my model ))))
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what about my mistakes? )))
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note- for any temperature we have some nuclei with nectssary energy (due to Maxwell energy distribution)
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I draw attention to the fact that any structure of nanocrystals with deuteriun may be the neutron source itself because of lenr
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another possible material (with thin "needles")- heavy snow (heavy water snow)
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ADDING. The crestal lattice does not have to be cubic
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some notes. possibility or impossibility of reaction depends upon structure of laiice in space. we must have quasi- one-dimentional structure (one can decide corresponding equations for example for one dimentions structure De(untron)- Li- De or De- any nuclei- De or De- P or P-Li- P but quasi one dimentional structure must take place. I deal with structure De- De - De in the article.
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How come LENR also works with protium and nuckel? No fusion is possible there.
https://en.wikipedia.org/wiki/…0%93proton_chain_reaction
In general, proton–proton fusion can occur only if the kinetic energy (i.e. temperature) of the protons is high enough to overcome their mutual electrostatic or Coulomb repulsion.[2]
In the Sun, deuterium-producing events are rare. Diprotons are the much more common result of proton-proton reactions within the star, and diprotons almost immediately decay back into two protons. Since the conversion of hydrogen to helium is slow, the complete conversion of the hydrogen in the core of Earth's Sun is calculated to take more than 1010 (ten billion) years
see evaluation in the article. proton dimensions are much more less then deutron( near 3). thus an amount of reaction acts must be less (near 10). but!- in this case I agree- jne need usr models of nuclei interaction.
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I though that deuteride lithium was forbidden for common use by the nuclear authorities because it is a key to a functioning hydrogen bomb.
any crystall with deutrons- nuclei can be used
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Sorry - I finally managed to get time for reading the article of yours finally - and what I can tell, it's actually very good, as it points to the low-dimensionality of nuclei collisions as the key of effective activation energy breaking during cold fusion. It actually formalizes many insights which I spread here before some time. So you have my full blessing in this matter. We can just discuss, how much the quantum mechanics gets actually involved in this mechanism. It can be both smaller, both wider extent.
The smaller extent follows from fact, that the similar result (attenuation of energy of during collinear collisions) can be derived in solely classical way (like the Mossbauer-Astroblaster lattice effect based on amplification of momentum). The proposals of yours also neglects another phenomena, like the electron screening. It would mean, that the classical geometry is the key, not the quantum mechanics.
But the same can be said in opposite way: in my theory the quantum mechanical effects (like the entanglement) get significantly pronounced during collinear arrangement of massive bodies (dark matter phenomena, essentially the analogy of Allais effect at short distance scales) and they will decrease the activation energy barrier too (by making vacuum more dense and the Coulombic forces less prominent at the connection line of atom nuclei). Quite recently these effects were just revealed in form of so-called Hungarian boson, which manifest itself during interactions of anomalous heavily elongated atom nuclei.
Therefore the temperature dependence may be more complex and it can exhibit multiple peaks of cold fusion yield at the energy spectrum. But your article is very good 1st order approximation of it. I'd even say, it's fundamental article for future cold fusion theory, because it explains it from first principles without assumption of ad-hoced concepts (like the Widom-Larsen's theory does: heavy electrons, slow neutrons). I mean, these concepts still have a good meaning in my understanding of cold fusion - nevertheless they should be derived from deeper underlying principles, not just assumed and guessed.
Thank You for Your opinion and attention )))
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How would this theory explain pure isotopic Ni62 transmutation as occurred in the Lufano experiment? How does this experiment explain the golden ball experiment by Cravens where the temperure difference between the dummy and the active system was a few degrees at 80C? How does this theory explain the Russian plasma reactor that operates at 7000C?
What system did the theorist have in mind when this theory was formulated?
the system which consists of nanocrystalls of deuteride lithium. for any other systems one need develope another models although qualitative interpretation probably takes place (reaction in the RANGE of temperature)
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The Lipinski fusion runs in twenty degrees of centigrade range only... The truly nuclear mechanism cannot be such a sensitive - it's evident, that its trigger is in lattice vibrations.
one need define- what is truly nuclear mechanism. I don t use truly nuclear mechanism- only quantum model for nuclei. if nuclei collide- we have reaction (assumption!). lattice vibrations are quantum and are decison of quantum equations TOO.
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The second problem is that at 2 pm you need a “long” contact, thus no scattering is preferred.- agreed. no scattering during contact- is assumption
