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Originally Posted by Sephiroth
I like the anology but I don't think more current is desirable... I think the "kinetic energy" from the hammer is the voltage.... the higher the voltage spikes..
as you said John couldn't charge the batteries on pure radiant but i have a feeling the reason why some current is neccesary is because of the lack of electrons being supplied to the batteries... from what I hear the pure radiant charge damaged batteries in the end so it sounds like the charging process is occuring but the chemical reaction inside the batteries is starved of electrons.
To use another analogy... electrons are to the batteries (when being charged) as CO2 is to a plant. The plant can grow and survive using just the ambient CO2 (in the same way electrons are always present for the batteries) but will grow at a much faster rate and will be far healthier if the CO2 level is increased. Without enough CO2 the cell walls (battery plates) will be brittle and poorly constructed.
so by supplying some current to the batteries we are increasing the electrons and allowing the chemical process to perform efficently. Feeding the batteries in a way.
basically if not enough electrons are present then the oxidation and reduction process won't be complete and will possibly result in radicals that form new chemicals that would not be normally present in the battery... this kind of damage would not be reversible even on the ssg.
Once again this is all just theory! I'd be curious about what John found when he examined the batteries from the pendulum...
anyway!!! the real reason I'm posting tonight is to ask about people's experiences with neos/rare earths....
what size neos are you using? I was just thinking today that you can get neos that are just a few millimeters (even 1mm!) across and I have little doubt that even tiny ones will be strong enough to trigger the ssg... perhaps using very thin neos we can simulate a very strong, narrow and uniform pole? perhaps better then a superpole? though, due to their size, the field may not be strong enough to permanently magnetise the core.
so, what dimensions have been tried?
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Sephiroth,
Thanks for your insights, I am still wanting to figure out why? electron current and radiant both must be. I guess that the Ions, cannot start moving to buildup more charge inside the battery, with less electron flow, and it must have a minimum value for each type of battery. I have seen that large Bedini machine draw up to 10 Amps, and the little ones draw 5 and 1 Amps so I concluded that the input current must not be too low to get good battery charging. Bedini, also mentions that "By limiting the current in the input we get a better radiant output". I don't like the batteries get fluffy charge without any internal transformation as Aaron mentions.
As for the hammer, thanks for your comments, I revised my thoughts: Hammer's kinetic energy = 0.5mv^2, and potential to the battery is like the velocity of the hammer(v), and the electron current is more like the mass of the hammer(m), and the sharp gradient is what the Radiant is, and it is behind the Potential as it is behind the Inertia of the hammer. It appears when the hammer suddenly hits the nail, because the inertia of the hammer is caused by the Aether, and the Aether adds to the energy in the impact, when the hammer hits the nail suddenly. I really am getting to think that we are utilizing the Aether in any sharp gradient or impulse we are making use of.
BTW, If your hammer is so big with much mass it may bend the nail you are hitting and make it unusable, no? also if your hammer is too small, it doesn't matter how fast you move it, it would not have any much effect in getting the nail into the wall depending on the type of the nail and the wall. So a current of about an ampere would destroy a small battery, but would charge a 55AH battery pretty well, without heating and also Radiant with not enough current would not have enough force to make a larger battery start charging.
Elias