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Hi,
There is also another cold fusion project, from Pierre Corbeil, another French-Canadian guy.
I saw a prototype a few years ago (2004) and it was really simple to build. The "generator" produces more energy than he needs to work (in a ratio of 4 for 1)
They are actually working with "public raised funds" and have chosen, since the beginning, to give the results of their research to the "public domain". No company patent.
No secret. Just put on the Net. The initial objective was to create an appliance that could be built by anyone, with easy-to-find materials and simple technology. (This is important for the 2 final comments I will post.)
The first prototype really responded to this objective. Now it is more complicated to build with electronic regulator and starter but keeps doing the job.
****Just search for "hydro-plasmol" in Google.****
These people don't care about marketing and buzzing around their idea. They certainly do not target Nobel prize...
They just do applied research as they get money from the public. Consequently their web sites are not very "sexy" and most of the information is in French.
But once again: they started researching long time before cold fusion was "seriously" considered as an alternative to fossil energy.
-------------------------------------------------
The lithium-lead fluid does at least five things for you.
First, it's rotating fast enough for the vortex to make a hole down the middle (like in your bathtub).
The plasma is shot down both sides of this tube to collide & stop in the middle, so the lithium-lead fluid acts as a wall to guide the plasma.
Second, when the pneumatic drivers are fired, the pressure wave collapses that vortex onto the plasma to compress it, so the lithium-lead fluid couples the driver energy to the plasma
Third, when the fusion burn happens, a lot of energy is released that would tear a solid wall to tiny bits, but it amounts to a splash in the fluid.
Fourth, the lead takes the high-energy neutrons from the fusion reaction and slows them down to make heat in the fluid (rather than hitting more neutron-sensitive solid wall materials).
Finally, the lithium in the fluid captures some of those neutrons and then decays to tritium, which is one of the two plasma fuel components (the expensive one).
Hi,
There is also another cold fusion project, from Pierre Corbeil, another French-Canadian guy.
I saw a prototype a few years ago (2004) and it was really simple to build. The "generator" produces more energy than he needs to work (in a ratio of 4 for 1)
They are actually working with "public raised funds" and have chosen, since the beginning, to give the results of their research to the "public domain". No company patent.
No secret. Just put on the Net. The initial objective was to create an appliance that could be built by anyone, with easy-to-find materials and simple technology. (This is important for the 2 final comments I will post.)
The first prototype really responded to this objective. Now it is more complicated to build with electronic regulator and starter but keeps doing the job.
****Just search for "hydro-plasmol" in Google.****
These people don't care about marketing and buzzing around their idea. They certainly do not target Nobel prize...
They just do applied research as they get money from the public. Consequently their web sites are not very "sexy" and most of the information is in French.
But once again: they started researching long time before cold fusion was "seriously" considered as an alternative to fossil energy.
-------------------------------------------------
The lithium-lead fluid does at least five things for you.
First, it's rotating fast enough for the vortex to make a hole down the middle (like in your bathtub).
The plasma is shot down both sides of this tube to collide & stop in the middle, so the lithium-lead fluid acts as a wall to guide the plasma.
Second, when the pneumatic drivers are fired, the pressure wave collapses that vortex onto the plasma to compress it, so the lithium-lead fluid couples the driver energy to the plasma
Third, when the fusion burn happens, a lot of energy is released that would tear a solid wall to tiny bits, but it amounts to a splash in the fluid.
Fourth, the lead takes the high-energy neutrons from the fusion reaction and slows them down to make heat in the fluid (rather than hitting more neutron-sensitive solid wall materials).
Finally, the lithium in the fluid captures some of those neutrons and then decays to tritium, which is one of the two plasma fuel components (the expensive one).
skamba kaip absoliuti nesamone. Bet ka gali zinoti......
Kol kas turbut galima manyti, kad veikia tik popieriuje. Jei veiks ir eksperimentiniame prototipe, tada daug kas pasaulyje turetu keistis :-)
kokie zmones durniai - 60 metu kuria termobranduoline reakcija mesdami miliardus, o cia - kazkokie stumoklaii ir zjbs viskas veikia
jei Sekmokas prastums Atominę, čia dar tokių kovų prisižiūrėsim, tokių reaktorių mums prisiūlys
nu ką, dar kokie septyni, dešimt tokių platesnių straipsnių ir Sekmokas jau gali traukti tuos reaktorius į savo verslo planą
Taigi ne mums siulo, perskaityk :-) Termobranduoliniai reaktoriai dar neegzistuoja.
tegul jie susikiša savo branduolinius reaktorius į vieną gerą vietą.
REKLAMA
REKLAMA
Kanadiečiai siūlo kur kas pigesnį termobranduolinį reaktorių