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To: Kevmo
A novel feature of the new process is the critical role played by metal lattice electrons whose negative charges help “screen” the positively charged deuterons. Such screening allows adjacent fuel nuclei to approach one another more closely, reducing the chance they simply scatter off one another, and increasing the likelihood that they tunnel through the electrostatic barrier promoting fusion.

They should look into the creation of a tube-like lattice structure that would allow only one or two atoms of hydrogen through at a time, like a tunnel...................

13 posted on 06/02/2021 5:12:09 AM PDT by Red Badger (Jesus said there is no marriage in Heaven. That's why they call it Heaven.....................)
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To: Red Badger

There have been a slight few experiments with carbon nanotubes in LENR.

https://www.google.com/search?q=%22cold+fusion%22+lenr+carbon+nanotubes&sxsrf=ALeKk01R9RXvxC8JZAn65G57RzgIlpn1_A%3A1622646550617&source=hp&ei=Fp-3YNaEIsPetQXck5bQDQ&oq=%22cold+fusion%22+lenr+carbon+nanotubes&gs_lcp=ChFtb2JpbGUtZ3dzLXdpei1ocBADMgUIIRCrAjIFCCEQqwI6BwgjEOoCECc6DQguEMcBEK8BEOoCECc6DQguEMcBEK8BECcQkwI6BAgjECc6BAguECc6CAgAELEDEIMBOgsILhCxAxDHARCjAjoICC4QsQMQgwE6AggAOg4ILhCxAxCDARDHARCjAjoFCAAQsQM6AgguOgUIABDJAzoFCAAQkgM6BQguELEDOggILhDHARCvAToECAAQCjoGCAAQFhAeOggIABAWEAoQHjoFCAAQhgM6BQghEKABOgcIIRAKEKABUJwVWP2IAmCAnAJoBHAAeACAAfMBiAGXLpIBBjAuMzUuM5gBAKABAbABDw&sclient=mobile-gws-wiz-hp


16 posted on 06/02/2021 8:11:10 AM PDT by Kevmo (some things may be true even if Donald Trump said them. ~Jonathan Karl)
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To: Red Badger

Edmund Storms of Los Alamos liked nano-cracks as active sites.


26 posted on 06/02/2021 1:23:26 PM PDT by Ozark Tom
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To: Red Badger
gee, I wonder if you just injected 2.5 MEV or 4-5 MEV neutrons? Seems like there’s some opportunity for multiplication what with 3 deuterons per Erbium and the weird Oppenheimer-Phillips reaction (discovered almost 100 years ago, wow).

Wonder if they tried Uranium Deuteride, isn’t that UD3 (heheh)? A notable issue with using UD3 in initiators is the neutrons are moderated by the D and thus the nuclear reaction fizzles, but in this case something less than a fizzle is perfectly alright. If the UD3 is surface coated (a few atoms thick perhaps) onto a negatively charged conductor (heheh gold) then it could be bombarded with D+ ions from a Neutristor-like accelerator of some kind. Gold is interesting as a substrate because it will let out a little gamma when it captures a neutron or perhaps suffer beta decay. Either of which could stimulate more fun.

Note I am not a real nuclear physicist, just a lay person reading wikipedia and those interesting papers cited in the article.

30 posted on 06/02/2021 3:52:58 PM PDT by no-s (Soap box, ballot box, jury box, cartridge box...you know how it goes...)
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