[ RadSafe ] Nuclear fusion coming soon
brent.rogers at optusnet.com.au
Fri Jul 8 03:29:43 CDT 2011
Hard to imagine it taking place on an aircraft carrier. 6000 sets of loose lips is too many to sink not the ship for 25 years.
Sent from my iPad
On 08/07/2011, at 10:15, JPreisig at aol.com wrote:
> Hello again,
> This is from: _jpreisig at aol.com_ (mailto:jpreisig at aol.com) .
> As far back as 1975 or so, the Migma (self colliding beam of ions)
> people were working on
> aneutronic fusion reactions, This work generally involved collisions of
> ions which were a bit
> heavier than deuterium and/or tritium, thus resulting in fusion occuring
> without the everpresent
> 2 to 15 MeV neutrons. These energetic neutrons cause materials damage (in
> time) of the fusion
> magnets, reaction chamber, etc. The physics literature and perhaps the
> internet have more
> information on aneutronic reactions.
> In deuterium and/or tritium based fusion reactions, 2 to 15 MeV
> neutrons are typically
> produced, For the purpose of retrieving the neutron energy (for energy
> production purposes), one
> can surround the fusion reaction region with water and might eventually
> produce boiling and/or
> pressurized water which would go to a heat exchanger and then would
> eventually drive a
> turbine. Cool, huh???
> For an aneutronic fusion source, I guess one can try to retrieve
> energy from the end products of
> the reaction process. Easier said then done???? Won't the heavier
> reaction products be
> contained in the central reaction area, and perhaps these heavy end
> products will actually be
> consumed by the fusion plasma???? I could see heavy end products at the
> outer regions of the plasma, escaping from being consumed by the plasma.
> Some end products will end up heating the magnets,
> reaction chamber and the like.
> Of course, the great Hofmyer (Oz???) has spoken and none of this
> fusion stuff will work
> at all. Hmmmm.
> So, if fusion is a no go, then let's use enriched uranium and/or
> plutonium for space flight, and
> also try to also use fast neutrons from fission also. Let's get that Fast
> Fission Test Reactor
> back online, fuel it up, and try to understand fast neutron fission physics
> Once this next shuttle launch is over, we'll be depending on the
> Soviets to transport our USA etc.
> astronauts to the space station. Oh my!!!!
> My guess is that a fusion reactor is working somewhere at a US
> military base or on a US
> aircraft carrier. Some of the original migma people are sitting on the
> deck of the aircraft carrier,
> drinking mixed drinks, in their Hawaiian shirts and , in general, they are
> smiling a great deal.
> Of course, the average US citizen won't be allowed to hear about all this
> for another 25
> years. Cold war is still going on, right???? You can't spell Enriched
> without Enrico!!!!
> Stagg Field....UChicago....etc and so on. I doubt the physicists in the
> Manhattan project
> were prima donnas... most of them knew their stuff.
> Regards, Joseph R. (Joe) Preisig, PhD
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