Crystal Cell Research for Experimenter

[plengo]

First pic is a close up of one cell.
Second pic is showing a "before formed" cell (you can see the Mg rod very shinny) and second cell is formed and running.


Fausto.

[plengo]

I need to patent this invention to protect it from evil people. I have no problem having people creating products of it and making money without paying me anything BUT if a COMPANY tries to do the same I will certainly look for my rights.


After watching how patent wars work I decided that I have to protect this invention. Patent wars are very damaging to inventors and the public in general. If someone else find out how I do it they will patent it and send me a letter of cease and desist forcing me to stop all this research and lose my rights.


So, if anyone here has a better idea, please, let me know. Running 1 milli-watt is very useful.


Fausto.

[doktorsvet]

How much power does the battery deliver and how long does it work?

[plengo]

1 milli-watts and indeterminably.

[F6FLT]

The power you supply is 1 mW. Over 3 years, this represents an energy of 3*365*24*1*1*1/1000=26.2 Wh. You are within the range of a non-rechargeable R14 battery, and since the volume of your cell seems to be of the same order as that of an R14, this is an excellent result in terms of energy density.

Nevertheless, this performance is on the order of what ordinary chemical reactions could produce, and since the instantaneous power is much lower than that of R14 batteries, it could be assumed that the reactions here are more complete.

Is there something that lets you think that this is not the result of ordinary chemical reactions in the cell unlike any pile? I mean do you think there is a new process at work, or do you think it is the result of an obviously very smart engineering design and reaction products choice, but based on a conventional principle?