Water Fuel Cell Resonant Cavity dimensions/shape?

#1 · date not recorded

Recently I have been trying to determine the exact size of the Water Fuel Cell Resonant Cavity. The one in which all the tubes are covered with delrin sleeves. So far I know that the inner rods are 4" in length, .5" ID, and the outer tube is .75" ID and 3" in length. But what about the delrin housing itself that held all the rods, and the delrin sleeves which covered each rod?

attachment_6964 attachment_6965 resonant_cavity.jpg resonant_cavity_tube.jpg

Dynodon

#2 · date not recorded

The resonant cavity has a 2-1/2 inch hole in the center,and the caps were 1 inch O.D. and 1-1/2 inch long.
The center rod was 4 inches long and the outside tube was 2-3/4 inches long.
That should help.
Don

HMS-776

#3 · date not recorded

Thanks Don,
I thought I read somewhere that the ID of the delrin case was 6", and the height was 9". Just trying to figure out what size it might have been. It seems like most of his components were smaller than they look.

So did the outer tube slide into another delrin sleeve to completly cover it?

Dynodon

#4 · 7 Apr 2011

Quote

So did the outer tube slide into another delrin sleeve to completly cover it?

What do you think the base is made of ?
Don

HMS-776

#5 · 7 Apr 2011

I guess that was a dumb question...Just trying
To get an idea on how it was designed.

hiwater

#6 · date not recorded

I see from the picture, that there are 11 tubes encased in the container. Does ant one know the specfic reason for that. Also how would they be wired in that configuration. If each tube has its own voltage intensifier unit. How would the wires coming out of the alternator be attached to the voltage intensifier units. I have built the 9 tube, but these have to be wired right other wise the feild on the outside of the tube drastically effects the production of the other tubes. ( just trying to understand) Thanks for any advice on this subject.

webmug

#7 · date not recorded

Quote from: hiwater on April 07, 2011, 16:03:37 pm

I see from the picture, that there are 11 tubes encased in the container. Does ant one know the specfic reason for that. Also how would they be wired in that configuration. If each tube has its own voltage intensifier unit. How would the wires coming out of the alternator be attached to the voltage intensifier units. I have built the 9 tube, but these have to be wired right other wise the feild on the outside of the tube drastically effects the production of the other tubes. ( just trying to understand) Thanks for any advice on this subject.

http://www.ionizationx.com/index.php?topic=1244.0
Each of the tubes is a resonance WFC system and are not connected to the alternator. That's another different system.

If you want to generate more gas, then you make more tubes. Each tube, 10 in total, are connected separately to a VIC in that large cavity.
Because all the resonance cavities are isolated from each other, they work as separate resonance WFC systems.

br,
Webmug

hiwater

#8 · 8 Apr 2011

Quote from: webmug on April 07, 2011, 16:43:36 pm

Quote from: hiwater on April 07, 2011, 16:03:37 pm
I see from the picture, that there are 11 tubes encased in the container. Does ant one know the specfic reason for that. Also how would they be wired in that configuration. If each tube has its own voltage intensifier unit. How would the wires coming out of the alternator be attached to the voltage intensifier units. I have built the 9 tube, but these have to be wired right other wise the feild on the outside of the tube drastically effects the production of the other tubes. ( just trying to understand) Thanks for any advice on this subject.
http://www.ionizationx.com/index.php?topic=1244.0
Each of the tubes is a resonance WFC system and are not connected to the alternator. That's another different system.

If you want to generate more gas, then you make more tubes. Each tube, 10 in total, are connected separately to a VIC in that large cavity.
Because all the resonance cavities are isolated from each other, they work as separate resonance WFC systems.

br,
Webmug Thanks for the link and clarification on the picture. hiwater

shadowfc

#9 · date not recorded

Hi!
I have drawn the cell sketch in a cut. At me two question to Dynodon:
1. How the tube concerning a rod should be located?
2. On what depth it is necessary to do drillings in a rod?
Thanks.
(http://www.photoshare.ru/data/73/73838/1/4zymz2-ops.jpg)
(http://www.photoshare.ru/data/73/73838/1/4zynef-q3u.jpg)

Dynodon

#10 · date not recorded

Shawdow, it isn't that critical on how you cover the tubes.I have pictures somewhere on this site of my single tube set up.
The negative rod only needs drilled to the bottom of the slots in the sides.They don't need to be deeper than that.

The Tube set needs to be set in a delrin base,so you need four sizes of countersunk holes.

1st hole would be @ 3/8 inch say 2 inches deep.This would be the water inlet.
2nd hole would be 1/2 inch and 1-1/2 inches deep.
3rd hole would be 3/4 inch and 1 inch deep.
4th hole would be the outside diameter of the cover of the outer tube,say 1 inch and 1/2 inch deep.

Your first hole would need to go into your chamber for the water to enter.
Anything in that set up will work fine.Donaldwfc has a nice drawing on here somewhere.

Don

shadowfc

#11 · 12 Apr 2011

Thank you for reply Don!
I'll finish my drawing of whole setup now. I hope it will be closer to Stans work then ever.

Question to all: is it necessary to adjust weights of electrodes to the ratio 2:1? Hydrogen is released in 2 times more than oxygen...

stanmeyerlives

#12 · 17 Jun 2011

What is confusing is the resonant cavity has the tubes wired in series - how was it possible to wire each tube to it's own vic - or was this cavity as a whole connected to one vic?
This is hard to resolve, unless this is part of another system...

attachment_8858 res_cavity.jpg