Crystal Cell Research for Experimenter

[tgraca]

https://www.youtube.com/watch?v=41CA6Ak5lkA

[plengo]

Teo,


great videos, really thank you. When you say "part 2" of F134 you mean the solution of Epson on top of F134 while applying current?


That solution is only necessary to START the process if current does not goes through the mix when forming the cell.


Anyway, as you see, just "part 2" will simply corrode the cell just like every other formula out there. F134 with the current applied is performing much better then the one not "cooked".


Also REALLY COOKING in a oven as you can see is not the same as using the applying current/voltage to the cells at all. The current applied (I called FC62 - process 62 volts/current) is a key element in protecting the metals.


I wonder how long it will run the first cell you made with that green light. This way of doing the cells with the "pasta of F134" is very unique and I have not done that way but I will give it a try and see what I find.


I know for sure that as I show in my video it will work and work extremely well holding the voltage steadily while under load lighting an LED.

Fausto.

[tgraca]

When you say "part 2" of F134 you mean the solution of Epson on top of F134 while applying current?
current applied (I called FC62 - process 62 volts/current) is a key element in protecting the metals.

Part 2 was the alum and epson - there's espon, but no alum, in part 1 -  per your directions...
I don't have a dependable power supply, so I will have to work around that for now...

[tgraca]

Here's an idea I will try tomorrow... to bind manganese dioxide to the mag strips... I'll do it outside in case of some explosive reaction! lol
https://www.youtube.com/watch?v=LFrrCKs559g

[tgraca]

Here's an idea I was looking at last year from NurdRage....
https://www.youtube.com/watch?v=nvMVlhBmv7M