Crystal Power CeLL by John Hutchison

[das aloda bullspit]

hello its me again deufraise never replied in tghgis board thats the last time i leve him on web duty how has everybody got on with their cells ? sorry to hear about that ian ive not had that much succsess with my new cells also has anybody tried making those rock lumps i talked about earlier on also i coaxed a bitg of info from john he definately used noibium in some of his mixes aswell as barium titanate  angd strontinum titanate he may have used euxenite and a type of sodium silicate he said his is all simple ingredients i got realy close but not close enough i havnt used cement or plaster of paris in my cells also ghow do you know if you have got a real crystal power cell or a galvanic battery? i cut onge of mine open angd to my suprise ngo corrosion on the catode or tghe outside of the tube and even more amazing it still worked when cutg in tgwo halves  ijust wish i knew what i put in this cell it was before i wrotge it all down

[das aloda bullspit]

sorry i was not online i was thinkingg about something deufraise had an idea about solar cells and if kwydo cang use diodes as solar cells then he thought  hecjk you must be able to use leds as a solar panel and he worked on it and we had a working prototype that beats  all other diy solar cells in performance most of the diy cells cost 30-40 quid to make but ours costed just 12 pounds fifty and took advantage of the different types of material used in leds and he tought if it can give a spectrum of light itg can absorb it aswell so we got lods of leds and wired them in series and eventualgy we found the right ones as follows gallium indium nitride ot just indium nitride leds gallium arsenate and a few others and tghats why i wanst on for a few weeks. it had a percentage of upto 10% better than an silicon solar panel and alot easier to get and make so does marcus ried use sodium silicate or any silicate the cpu cells still good and so are some of the thoers tgghe most phenominal cell i ever saw was from michael quenitn blakeston  his has been running since 1991 in a watch he wont let me know whats in it

[mrbr00k5]

@ Das Aloda Bullspit

Hi das, thanks for the info from hutchinson. I wish he would be more open about his research. Any little bit of info helps! You were asking how can you tell if it's a real crystal cell, or galvanic. Well, somebody correct me if I'm wrong, I'm still learning about all of this. But I think you can tell by how they react to being shorted out. Use a clamp lead and connect the positive and negative of your batteries together. Then leave it for a few days. If you were to do this with a regular AA battery, it would be totally dead. But with a crystal cell, as soon you take the clamp lead off, it starts recovering it's power. It seems reasonable to me, that if you can direct-short a battery for days, with no damage to the battery, then you have no ordinary battery! Also something I noticed, is if you use those clamp leads again, and put a resistor across the positive and negative, to give the cell some work to do. At first the cell voltage drops because of the load, but it seems to settle at a certain output, then if you leave the load on, over a few days, the voltage starts to rise again, even with the load still on. I think a regular battery would just gradually drop lower and lower if it had a load attached. So anyway, just some thoughts, I hope they help.

[das aloda bullspit]

tghis is a reply to an earlier post there is a circuit you could use that flash tghe led and build up a charge its called the 1381 circuit used mainly in beambots it s worked for me the circuit gets charge from the cells and puts in in a capacitor which is put into driving the led butg it will not fire again until gtghe charge had built up again  gives tghe cell a bit of a rest just look it up on tgghe interwebs and remember .......the truth is up there............probably

[mscoffman]

tghis is a reply to an earlier post there is a circuit you could use that flash tghe led and build up a charge its called the 1381 circuit used mainly in beambots it s worked for me the circuit gets charge from the cells and puts in in a capacitor which is put into driving the led butg it will not fire again until gtghe charge had built up again  gives tghe cell a bit of a rest just look it up on tgghe interwebs and remember .......the truth is up there............probably

Folks with lower voltage batteries should check out the LM3909 led flasher IC
circuit. It works on ~1VDC and performs one stage of voltage doubling with a
cap. The output will then be 2V pulses. Find a Spec Sheet and Application's
note from Google.

:S:MarkSCoffman