Crystal Cell Research for Experimenter

[tgraca]

It looks like this cell may last 3 weeks without maintenance... Winner?
925 mV after 14 days under load...

[plengo]

Actually... cell #359 has a ton of coffee filter in it and it is very weak. I'll figure a more controlled test... not sure if I will get to it today...
I am working on an easy way to log AND review the performance of multiple cells IN DETAIL and don't want to start more until I have
that done. I guess there is no interest in the application... I have to work it out with paper first anyway... I think a tac and small 2" x 4"
clip board next to each shelf is the way to go at this point... notepad isn't working for me anymore...

I thought you called it Thermo Static because you were cooking it with electricity... I don't think "static" describes thermo "electric",
but I could be wrong...
http://en.wikipedia.org/wiki/Thermoelectric_generator
http://dictionary.reference.com/browse/thermostatic

What I meant about more power is the TOTAL power output over time. Not the initial "cranking amps" capacity.


The thermo static name on my videos has to do with the "thermo reactor" effect (which in one of the videos privately shared here I say it). The electrodes do present one to two degrees Celsius difference indeed. The static comes from the "cooking"/zapping/FC62 process which accelerates the process of crystallization.


I know you don't like the zapping but I will make a video showing how small a cell can be and how much more power it comes out for the same equivalent amount of matter used. The only explanation will be the zapping or as I call it, FC62 (Formula/Composition 62 volts).


If you want to test even further this "crystallization" theory of mine, add more than one crystal to the build process, preferably crystals that have very different growth speeds and water absorption.


The penta hydro meta silicates , that you have tested in a few cells, plays the function of HOLDING water FOR THE CRYSTAL not necessary for the chemical reactions. But to get it to a usable form, one must play correctly and understanding the functionality of each element and their resulting effects.


Fausto.

[tgraca]

This may be the new winner. I made a graph for you. The major difference in the electrolyte is that I coated the mag strips
with some watered down silicone (latex) caulk and MnO2/Activated Carbon first, there is no hydrate #5, and except for
watering the coffee filter around the mag strips, the electrolyte ingredients were pinched in dry.

717 mV under load after 18 days.

Correction... the graph showed 16 days, but I typed 18 days by mistake... I am working on my logging system.
Today (day 17 after build) it showed 712 mV, so I injected 3 mL of water and it increased to over 1020+ mV quickly.
Sealed it and put it back the shelf.

[tgraca]

The JT circuits couldn't handle the power of the crystal cells, so I had to add resistors while the cells settle down...
http://youtu.be/coQ8OYUuqBY

[Heavens Pavement]

Here is a graph 4 cells I made F149 mix i could only zap with 12volt battery because it kept tripping my 30v power supply.
This test is open air meaning not sealed like Fausto's, I'm doing that next.
The load is a white LED, I'll do the same one the sealed one . Next tests will be 100 ohm resister afterwards.
Also have a kit on order from my China friends to measure inductance.[size=78%]http://m.ebay.com/itm/251609065467?txnId=1566142715015[/size]
This is called "Battery 1 F149"Im going to let rest for a week til I activate with the epsom.
@Tgraca Have #30 wire will wind . how to you like you pocket Oscilliscope? I was looking at the DSO 201....