It looks like KY Jelly might make a good electrode gel. See
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC490140/pdf/brheartj00336-0111.pdf
Resistance measurements compared to commercial electrode gels show it to
be acceptable for electrocardiograms.
KY - 2150 ohms
Lubafax - 9750 ohms
Cambridge - 1550 ohms
Cambridge contains salt, which forms chlorine and lye when used with a
zapper. KY and Lubafax don't. Now low resistivity is more important
with a zapper than for use with an EKG or EEG, since they have high
megohm input impedances, but a zapper has a low out impedance.
Marshall
On 12/27/2012 11:40 AM, Marshall wrote:
I believe this is a correct analysis. It might be worth while
figuring out something that can be added to the water that will
increase conductivity and not produce such corrosive chemicals. Any
salt, acid or alkaline will work. I was thinking of either vinegar
(acetic acid) or citric acid. I believe that hydrogen will be
released at one electrode and CO2 at the other. The CO2 is probably
not a problem, it will make carbonic acid, but the hydrogen will
quickly react with most metals making a metal hydride. So the choice
of electrode material will be important.
I am looking at the pads on a TENS unit. They appear to have a carbon
conductive layer, and you use some type of gel with it. Carbon would
be a good choice if made like they are in the TENS unit.
Marshall
On 12/27/2012 8:37 AM, Ode Coyote wrote:
The problem is that the electrochemicals being produced build up in
the skin because the skin doesn't have much blood flow rate to dilute
them as fast as they are being made.
Those are "chemical" burns.
5 ways to prevent..can all be used at once or any in part.
Reduce voltage [potentiometer]
Reduce electrolyte conductivity..ie dilute it with more water [does
the same thing as the pot, but in a different spot]
Increase electrode pad area to spread concentration of electro
chemicals over a larger volume of blood flow.
Use zapper for a few minutes and take a few off.
Switch polarity to neutralize that particular electro-chemical with
it's opposite.
Ode
If one applies a DC current to a bucket of salt water, it will split
into Hypochlorous Acid and Sodium Hydroxide.[ an alkaline base...aka
LYE ]
That substance was being promoted as a super duper house hold
cleaner...with a very short shelf life.
The Hypochlorous Acid is a grand disinfectant.
The Sodium Hydroxide, a great de-greaser [like Formula 409 ]
Then, there is MMS [ "Miracle Mineral Supplement"...which looks like
everything BUT that, having nothing to to with supplementing minerals
] made from Sodium Chlorite being used to get rid of parasites and
germs in the blood stream..easy enough to over dose on and make you
feel really ill. [Careful there]
THEN..there is the Godzilla Zapper, a very simple and cheap device
that can be made using junk around the house...used for "blood
electrification".
http://health.groups.yahoo.com/group/microelectricitygermkiller/
BUT
Electricity doesn't flow through a conductive liquid like it would a
metal wire, it transports electrons via chemical reactions
....."Electro-chemistry"
SO
The Zapper cannot be working by the method claimed...but there is
much that indicates that it does work.
How could that be?!!!
OK
So what is the human body but a bag of salt water ? [rather than a
bucket of salt water]
If one electrode is Alkalizing and the other is Acidifying and you
get salt when the two chemicals meet up and recombine, what could
that potential be used for?
1] You have a MMS analog with it's own antidote being produced in
vivo using a simple Zapper. [ A couple of AA batteries, some wire and
a couple of sponges soaked with salt water]
....too much? [burning and itching??]
Turn it down or shut it off. [let the build up dissipate]
2] You have an Alkaline situation at the OTHER electrode being made
in vivo ....with ITs antidote lurking just around the bend......
Both made from existing salt, going back to salt.
That's chemo therapy with immediate dosage control and location
control as well...and no toxins left over after recombination.
At 11:58 AM 12/26/2012 -0800, you wrote:
Hi,
Although I wrapped the copper handholds in a layer of wet paper
towel I ended up with a burn on the side on which I felt the estim
most. I'm used to working with units that have an amplitude
adjustment and this zapper does not. I was running 15 Hz.
Would someone tell me what I can do to avoid this happening again.
It happened once before so I know from experience that they take
awhile to heal.
Thanks.
PT
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