New low voltage electrolysis process from Dr. Linnard Griffin

[ResinRat2]

Just a note: The nano-electrodes are custom-made and not very cheap; but you would need fewer of them to produce hydrogen at a very fast rate. The tiny reactors he posted on YouTube put out great volumes of hydrogen gas. Very impressive.

I hope Linnard can commercialize his process very soon. I would like to see him reap the rewards from his research.

RR2

[Prophmaji]

I can't even navigate or read this forum anymore. TOO MUCH ADVERTISING INTERFERENCE.

Here's your hint for the day:

AC asymmetrical waveform riding on a massive DC PUSH/pressure in the creation of the HHO, basically how matter itself works in the 2d waveform interactive level (two waveforms interacting and creating the vortex or charged particle.)

What you do is add 'high frequency' -high intensity light of the correct frequency to aid or grease the stair stepped energy levels past the threshold.

This, properly done, should notably increase the efficiency of the HHO and similar production.

However, read closely. There is much more information in there than just the simple direct words.

[WilbyInebriated]

I can't even navigate or read this forum anymore. TOO MUCH ADVERTISING INTERFERENCE.

here's your hint for the day... google 'noscript' and 'adblock'.

[Prophmaji]

Since you are already enacting the 'molecular breakdown', then please see where this makes sense to 'aid' the 'situation'.

~~~~~~~~~~~~~~
One hundred years after superconductivity was first observed in 1911, the team from Oxford, Germany and Japan observed conclusive signatures of superconductivity after hitting a non-superconductor with a strong burst of laser light.

‘We have used light to turn a normal insulator into a superconductor,’ says Professor Andrea Cavalleri of the Department of Physics at Oxford University and the Max Planck Department for Structural Dynamics, Hamburg. ‘That’s already exciting in terms of what it tells us about this class of materials. But the question now is can we take a material to a much higher temperature and make it a superconductor?’

The material the researchers used is closely related to high-temperature copper oxide superconductors, but the arrangement of electrons and atoms normally act to frustrate any electronic current.

In the journal Science, they describe how a strong infrared laser pulse was used to perturb the positions of some of the atoms in the material. The compound, held at a temperature just 20 degrees above absolute zero, almost instantaneously became a superconductor for a fraction of a second, before relaxing back to its normal state.
~~~~~~~~~~~~~~~~~~~

http://www.physorg.com/news/2011-01-material-superconductor.html

[hartiberlin]

I just found a note on my harddisk from an old posting in
a different forum, which I had saved.

It says regarding the GoCart demo and his Hydrogen reactor there:
See the video:
http://www.youtube.com/watch?v=JbaLMYwNutM

The reaction box that linnard has on his go cart is a 2 chamber
box,one is a reaction chamber,the other is a bubbler,he is useing
sulfuric acid diluted with water,Fe304 (iron oxide black powder)and
Al2O3 (aluminium oxide)to make the hydrogen in large quantities.

This
is no new process as it has been known in the chemistry circles for
many years, just look up making hydrogen with sulfuric acid on the
net.

watch his videos closely,he says what he uses as far as acid
goes.

also he doesnt say how long the process goes,it may go for 5
min,the go cart didnt go very far,how long does the Fe304 and the
Al2O3 last?

who knows,but now you know how to do it,try it and see what
your results would be,linnard claims to get 180 liters per min,but for
how long is the key.there are no batteries or electricity connected to
the box,its a chemical reaction.


Regards, Stefan.