Helium 4 Generator

[plato]

Generator is based after the iron and nickel rich sun model.

According to the sun model, fusion reactions should occur within the molten metal when it cycles through the deuterium absorbed from space.

The real magic happens when D2 transmutates into He4. D2 fusion results in He4 atoms + additional heat (See Arata fusion experiment). As the gas atoms are ejected they are further excited by the plasma and nano-flares in the atmosphere. If this model is accurate, it should be possible to replicate easily. Can cold fusion really be so simple? Only with experimentation can we yield the truth.

To my knowledge, no one has experimented with molten metal / deuterium loading. In the spirit of open source I hope someone here will find this information useful. As a simple experiment I have devised an apparatus consisting of an induction coil with a sphere of nickel which are submersed in liquid deuterium. When power is applied to the coil, it should levitate and melt the nickel sphere within it to initiate the desired reactions. In order to prevent oxidation, Sulfur is added to the  liquid deuterium.

LINK: http://www.platoslab.com/?p=103#more-103

[sm0ky2]

where do we get our hands on liquid deuterium??
is it "controlled" i.e. we need a license to possess / work with it?

[onthecuttingedge2005]

liquid Deuterium can be bought from several public domains or the Government, it is a civilian available resource, including Tritium. there are a lot of nuclear isotope resources available to the public domain.

[plato]

A good source for pure deuterium and scientific supplies is United Nuclear https://unitednuclear.com/

It is a bit expensive and I am thinking about experimenting with a mixture of water (seawater or tap) and deuterium to minimize costs.

[the_big_m_in_ok]

plato said:

When power is applied to the coil, it should levitate and melt the nickel sphere ...

In terms of molecular physics, liquid deuterium boils at about -250 deg. C and nickel melts at more than 1200 deg. C (from memory, rounded off).

Wouldn't this be a really sizeable problem with a deuterium pressure rise by the heat?

--Lee