Hello all,
I got some time today to rethink and re investigate the Anderson system.
Specially the radiolysis part, or as most of you know, the high voltage unit.
The goal of the two ignition coils are to create 70kV, with a spark.
This would creat soft xrays, accoordingly to Herman himself.
Of course, i started to run the most stupid setups and almost blew myself to heaven, as sparks should NEVER penetrade in a HHO cell.
As i have stated already many times, it is NOT about producing lots liters gas, but it is about the type of gas. Read: isotopes
I came after again listening to the famous interview video and after researching generic info on soft xrays to the next conclusions:
The Anode is the most important part of Herman. This because he says that he is charging it up during the process.
Thats where the H is splitted from the H2O molecule. Thats where the Deuterium is created.
And thats where the isotope is catapulted to the Kathode. The Anode should also creating a magnetic field, as current is flowing thru it.
Ill guess that a pulsing magnetic field is more what we are looking for, as static magnetic fields didnt do much in my tests, compared to pulsed ones.
So, now, the magical question: What did Herman ment with charging up the anode?
For me it is clear that he ment the radiolysis proces, the soft xrays.
They should charge the anode.
Or.......
The soft xrays should charge the fresh splitted H atoms.....
That makes sense as:
X-rays and gamma rays are able to pass through metals because of their high energy and short wavelengths. When these high-energy photons encounter a metal, they are able to penetrate the spaces between the atoms and interact very little with the electrons in the metal. This allows them to pass through the metal with minimal absorption or scattering. However, the ability of X-rays and gamma rays to pass through metals can be used for medical imaging, industrial testing, and other applications.
So....lets wrap corona wire on the outside of the Anode. Let the 70kV spark on the outside of the anode.
BUT...do not ever spark against the anode metal!!!!!!! BOOM.....Not good.
Just wanted to share my thoughts here. Hope soon the be able to run tests again :-)
cheers!