Crystal Cell Research for Experimenter

[tgraca]

Here's another interesting and old video i found from my notes on manganese dioxide and Epson salt - from lidmotor...
https://www.youtube.com/watch?v=CzfnIQHu4bI

[tgraca]

And of course, Bedini's work with manganese, but he's using a type that is not as safe as MnO2... He's getting 1+ amps out of a dry cell...
https://www.youtube.com/watch?v=5umdX2nraMU&feature=youtu.be

[tgraca]

And of course, Bedini's work with manganese, but he's using a type that is not as safe as MnO2... He's getting 1+ amps out of a dry cell...
https://www.youtube.com/watch?v=5umdX2nraMU&feature=youtu.be

Mn2O3

[plengo]

I am aware of those videos. Hey I would like to know the voltage of that FIRST F134 you cooked and attached a joule thief with a green light, please.


Please, leave that cell running for a few months and keep tracking the voltage here in the forum. I have a few insights about that build that is very interesting. Btw, what is the number of that cell?


What was the result of the other F134 you cooked on the oven? What was the performance of those compared to the first one (the green light)?


Fausto.

[tgraca]

I am aware of those videos. Hey I would like to know the voltage of that FIRST F134 you cooked and attached a joule thief with a green light, please. Please, leave that cell running for a few months and keep tracking the voltage here in the forum. I have a few insights about that build that is very interesting. Btw, what is the number of that cell? What was the result of the other F134's you cooked on the oven? What was the performance of those compared to the first one (the green light)? - Fausto.

Fausto, I have reports posted above with videos on those 4 cooked cells and the first 24 hour status on my 2 replications of your builds. I dissected the 4 stove cooked cells, there is a video posted above on those too. I'll test these around noon each day and report back. They should run the JT/LED circuit until they get down to about 6 mV or less, so I won't do anything with them except send reports here until they are dead. It will be interesting to see how the uncooked versus cooked perform.

Here's a video report on cell #351 from yesterday.

https://www.youtube.com/watch?v=UChgvI68y5M

This is a completely different build - no cooking - no Epsom on the mag strip - PVC pipe - silicon sealed wet with some air inside (tapped in place dry). It's also a very different formula - almost no MnO2, no alum, very little Epson salt. I'll run the first test later today.

I also built another cell this morning, similar to this, but with much more copper - a copper pipe as the anode instead of the wire and watered down silicon on the mag strips to act as a semiconductor. I'll post a video on this later today too. Enjoy! - teo