Except, electrons do not "flow" in a water based liquid...they transport
via ion exchange.
Resistance to electron flow generates heat.
Ode
At 06:14 PM 4/27/2010 -0500, you wrote:
I don't have the patience to follow all the arguments here but I
believe it would be appropriate to say the following:
The burning from the applied DC is not from heat produced around the
electrodes, or from corrosive chemicals. It is from the electrons
finding a low resistant path and concentrating along that path,
damaging the tissues.
Evening and spreading out the resistance along the electrode as well
as periodic repositioning of electrodes and polarity swapping, as well
as limiting voltage or current, seems to reduce this occurrence.
Dan
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