Crystal Cell Research for Experimenter

[tgraca]

Excellent. We need to determine if the corrosion in the Mg is because the initial formation or was also because its life usage. That has been the CORNERSTONE of my research when I noticed that I could not "intuitively" account for the energy out based in only corrosion. - Fausto.

As these cells are lasting longer, it will be some bit of time before I get around to dissecting these others, so it will be a waiting
game... I have been averaging one build a day for the last year, so when they do die, I will have close to daily dissections....
PS - since the only water in that cell was around the mag strip, I would imagine it was a combination of the initial formation
AND the constant usage.

[Heavens Pavement]

@Fausto yes in was under oscillator load. Built it dry added Epsom 30v DC for an hour. Hooked it up added the Epsom . What you don't see is 8000 seconds pevious were voltage went up after Epsom the. Added oscillator load and it went to what you see at beginning of graph, I was try to zoom in on  it I stopped the graph and it started over grrrr.
went to bed and that is what I saw the next day.
I ended it because the oscillator quit working( haven't figured that out), as in its broke!
I could chart my alum one but I have 3 fausto cells straight on a led now. It's dim on a white led but voltage was right in where yours was ( apples to apples so to speak)
I'll post that late tonight which will be wee hours for you I believe.
Wish I had a usb multimeter that would work on Mac....

[plengo]

@Fausto yes in was under oscillator load. Built it dry added Epsom 30v DC for an hour.

Thank you.


One hour on 30VDC? Something is very wrong. I will make a video showing a very small cell using one strip of Mg and copper wire that takes exactly 20 seconds to form the cell using FC62.


Fausto.

[Heavens Pavement]

@ Fausto since you can dial your power supply and mines a straight 30v DC supply from a printer if you could do one at 30v and tell me how long you do it thanks

[tgraca]

My Crystal Cell #359 represents a new type of build in terms of the amounts of copper and magnesium, so I have been working for
the last couple days on configuring a new JT circuit specifically for this build. I am also working on one for RED and Yellow LED's.
Also, I just got a Hypodermic Needle in to make it easy to add water to these after a couple or few weeks. I destroyed #351 trying to
add water... so we'll see how this works. I have a video compiling on my initial tests with some of my existing JT's against cell #359
to demonstrate some of the techniques I use to fine tune these things and offer a few conclusions on what I think works best.

I was reviewing an old Bedini video on the monopole circuit, which he says is better than any JT circuit and I noticed it was drawing
10 mA. I have tried his monopole circuit before without any success... no efficiency... not much light. If you have had better experience
with it, I would love to learn how you got it! I also tried several of the JT circuits documented by Patrick Kelly and had the same
experience. It's probably just me, but I know that if I can get something to work, anyone can, and those techniques are what I focus
on and fine tune... -t