Re: [Vo]:Could the future that started out as cold fusion be ... ta da... thorium fission ?

This is a very good idea. It will shield muon release and optimize energy production through fission which will yield 200 MeV per fission. A liquid molten salt blanket will allow easy extraction of heat using a molten salt to CO2 heat exchanger. A few corrections No laser => no proton decay => n

Re: [Vo]:Could the future that started out as cold fusion be ... ta da... thorium fission ?

In reply to Jones Beene's message of Wed, 25 Jan 2017 12:31:15 -0800: Hi, You would get a far greater yield from your muons, if you use muon catalyzed T-D fusion to create 14 MeV neutrons that directly fission a Thorium blanket. This is because each muon can catalyze about 100 fusion reactions, w

Re: [Vo]:Could the future that started out as cold fusion be ... tada... thorium fission ?

LENR does not produce a radioactive mess On Wed, Jan 25, 2017 at 10:17 PM, wrote: > Jones – > > > > I My earlier answer to your comment about Thorium fission, I thought you > were suggesting fissioning by neutrons.In reading your earlier comment > on the Holmild process I realize you meant m

Re: [Vo]:Could the future that started out as cold fusion be ... tada... thorium fission ?

See Initiation of nuclear reactions under laser irradiation of Au nanoparticles in the presence of Thorium aqua-ions http://arxiv.org/ftp/arxiv/papers/0906/0906.4268.pdf SPP produces mesons that induce thorium fission. On Wed, Jan 25, 2017 at 10:05 PM, wrote: > Jones— > > > > What isotope of

RE: [Vo]:Could the future that started out as cold fusion be ... tada... thorium fission ?

Jones – I My earlier answer to your comment about Thorium fission, I thought you were suggesting fissioning by neutrons.In reading your earlier comment on the Holmild process I realize you meant muon induced fission of Th-232. I agree with you that would be possible, but it would create a

RE: [Vo]:Could the future that started out as cold fusion be ... tada... thorium fission ?

Jones— What isotope of thorium is it that you believe could replace U as a target for energy production? I do not think there are any naturally occurring Th isotopes that fission. The closest reaction is a thorium-232 transmutation by a thermal neutron to U-233, which does fission. In

Re: [Vo]:Could the future that started out as cold fusion be ... ta da... thorium fission ?

Axil Axil wrote: The text covered by the picture as follows: ,,, metallic hydrogen produces reactions at a distance. This was shown in the exploding wire experiments where uranium was fissioned in a separate chamber isolated from the exploding wire by a glass wall. I missed the citation

Re: [Vo]:Could the future that started out as cold fusion be ... ta da... thorium fission ?

Both Ed Storm's and Holmlid believes that metallic hydrogen is the active agent in Cold Fusion. But there is a critical difference between Ed Storm's view of metallic hydrogen and how it behaves and that of Leif Holmlid. Ed Storms says that metallic hydrogen fuses immediately after it is formed whe

Re: [Vo]:Could the future that started out as cold fusion be ... ta da... thorium fission ?

The text covered by the picture as follows: The metallic hydrogen can survive the heat produced by the melted metal. The way this happens is connected to the structure of metallic hydrogen. The MH can produce and survive at least tens of thousands of localized nuclear reactions and still continue

Re: [Vo]:Could the future that started out as cold fusion be ... ta da... thorium fission ?

Hermes wrote: Good. Now how do you explain the observation of approximately circular hot spots where metal has melted? Hint: Jacques Ruer has shown that it takes at least tens of thousands of locali

[Vo]:LENR NAE CHAT (2) INFO

http://egooutpeters.blogspot.ro/2017/01/jan-25-2917-lenr-nae-chat-2-info.html peter -- Dr. Peter Gluck Cluj, Romania http://egooutpeters.blogspot.com

[Vo]:Could the future that started out as cold fusion be ... ta da... thorium fission ?

Thirty to forty years ago, *muon-induced fission* was a hot topic. Most of the radioactive heavy metal actinides were found to undergo prompt or delayed fission when placed in a muon flux. This includes thorium. The coupling is not huge but it is significant. However, at that time the economi