Jojo, I recommend you to discuss the problem of LENR-2 openly and directly with Edmund Storms- he is the most documented and knowledgeable in the field of LENR and is very open minded. And nice. Plus he has good means for doing experiments that can confirm or not the idea Peter
On Fri, Aug 24, 2012 at 3:37 PM, Jojo Jaro <[email protected]> wrote: > ** > In Ruby's fine interview of Ed Storms, Ed mentioned his work on Carbon > Nanotubes. In fact, there was a picture of a landscape of open top Carbnon > nanotubes - i.e., Carbon nanohorns. He said that those tests were > unsuccessful. This was essentially what he told me the last time I asked > him about CNTs. > > Now that I've had a chance to refine my thinking, I think Ed's CNT > structures were missing a few things, ergo, it failed. > > 1. Ed seems to have MWNTs. I think Metallic Armchair SWNTs are what is > required to achieve the full effective electron screening Metallic > Armchair SWNTs are also required for "Superconductive" behavior which seems > to be a critical ingredient. > > 2. Ed did not fire an electric spark along his CNTs. I think this is > required to increase the amount of electrons on the SWNTs to produce huge > charge accumulation via long coherence length, i.e., a single > electron quantum wave. A BEC formation of electrons on the SWNTs. > > 3. In Ed's cracks, the hydrogen H+ ions can freely diffuse into the metal > lattice and escape the confinement of the crack. I think the NAE structure > needs to confine the H+ ions to allow them time to collide and fuse. If > they esacpe, chances of fusion is drastically lowered. CNTs have been > known to confine H+ ions. The interaction of H+ ions on a CNT is via the > mechanism of Physisorption and Chemisorption, both of which "locks" the H+ > ions on the CNT walls and not allow it to permeate and diffuse thru the CNT > walls. I think this confinement is the critical ingredient that metal > lattice can not provide, hence, a good explanation of why fusion on such > NAEs are very low. > > > > > Jojo > > > PS: On a different note, what would a p + p fusion reaction look like. I > have designed a new reactor with a view sight glass, hopefully, I'll see > some fusion reactions taking place. > -- Dr. Peter Gluck Cluj, Romania http://egooutpeters.blogspot.com
