Nathan Stubblefield Earth battery/Self Generating Induction Coil Replications

[Yortuk Festrunk]

@Yortuk Festrunk

I have a set of earth batteries inter twined, this was/is my first one.

All electrodes are plates, not rods except for the carbons I pulled from 6v lantern batteries.

The Negative is a steel plate, 20" 1/2" x 10"  see pic I have more than 2 left.

The 1st Positave is a Copper plate 21" 1/2" x about 8"
The 2nd Positive is Carbons x 5 (qty) x 3" long each.

Both positaves share a common Negative.

jim

I'm not sure if this is an answer to my question. Maybe you misread it.

My question is for any of you who have been working on this. So feel free to answer.

[Pirate88179]

Have any of you experimented with a vertical orientation as opposed to your horizontal ones?

I think it's like using a 30' ladder in the street to climb up onto the curb: you are only getting a 6" vertical rise.

Take that same 30' ladder and prop it up against a building that is 25' high and you can get onto the roof. That is a much more efficient use of the ladder.

How about suspended in the air? have any of you tried setting up your units in the air as opposed to in the ground? How about in a pond?

When experimenting, you have to use your imagination to think of as many variations as possible to determine which things may or may not be causing certain results.

I am using vertical orientation on my rods, aligned as mentioned to the north/south meridian with the angle on the bottom of the electrodes as close to the magnetic dip angle for my area as I can get.  Way back in this topic many other possible alignments were tried including horizontal, but after much research and experimentation, I went with the method that consistently puts out the most juice.  My methods are based, in part, on Nathan Stubblefield's approach with the exception that I am not now using his coils, and also on the work done by the Russians in their telluric current research and experiments.

Bill

[jeanna]

Well, Yortuk,
the best way to find out is to try it yourself.

Nobody ever really does your ideas the way you do anyway. At least that is what I have noticed here on the forum for the last few years.

Earth battery air batteries. sure.

Pond batteries, I do not think so. You will just get limited by the galvanic limits, and that is very limiting.

But don't take my word for it.
Try it.

Always try it for yourself.... and have fun.

jeanna

[electricme]

@Bill,

@ Jim:

Those are good readings my friend.  This site and the calculator there will help you increase them:

http://www.ngdc.noaa.gov/geomagmodels/IGRFWMM.jsp

This helps you calculate the magnetic deviation and dip angle for your location.  It is international and not just the USA.

The separation of the electrodes is important to getting more volts and amps out of them but does not fix the series hook-up problems we have seen.  The further apart your electrodes, the better it gets.  Now, I don't know how this translates with the single disk approach which you are now using.  One way to tell.

Keep up the great work down there....or up there.....ha ha.

Bill

Thank you for the web addy, II have been there and checked it out, however, I'm having trouble understanding it.

Do I need a protractor and read off the angle the rods need to be in the ground?
I'm a little confused.
Mabe its because I'm down under lol

jim

[electricme]

@ Yortuk,

I'm not sure if this is an answer to my question. Maybe you misread it.

My question is for any of you who have been working on this. So feel free to answer.

Mabe I did, hard to tell, but

my first earth battery I used a steel plate and a copper plate.

I put them Vertically in the earth.

*******************************

With my last earth battery I made from Copper and Steel,
I made a copper disk 10 and a 1/2 inches in diameter
I made a steel disk 10 and a 1/2 inches in diameter.

I used three, 2 inch spacer from a yellow rubber hose.
I screwed them together with plastic/nylon bolts

Then I planted them HOROZONTALLY in the earth, about 6 inches below the top soil

Hope this helps you make the same.

jim