Quote:
Originally Posted by Digits
Hey H2O
Yes this is the gas gun I am bussy with the last stage of the process I'll post it soon. I am using Solidworks 2009 to draft with.
Then I will start adding detail to the drawing,like O rings and slots and grooves and will start assigning materials to all parts.
I do have a few questions though.I will have to insulate the tube cause there will be allot of volts there will a PVC housing work?
Can I use Perspex tubes instead of SS tubes, I have a HV supply about 3000 volts and I can charge a piece of paper through a Perspex rod. Then I dont have to cut slots insto the tubes (Like in the SS tubes case) and then have a hard time sealing the slot so gas wont escape through the window.
And one more Question I was drawing this nice project and it struck me what form should the gas be that enters the tube at the bottom? can it be just water mist,though then chances are that ambient air might have to be used to creat the mist(like a spraygun) or should it be HHO gas prduced the conventional way.I do not prever the latter one though.
As I find time I do my drawings and detail will follow soon then the hard part of constructing is next, So wish me luck and hope you guys are comming right.
I have a feeling that soon we be successful,and then we wil be posting of howmuch power our reactors are preducing instead of how to figure out Stans patents.
Digits
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I'm not sure if PVC will do the trick, I just used the 30k volt per cm rule when spacing mine. Glass is also a dielectric and can be used, but it makes it very fragile one drop and all is lost. Due to the reflective surfaces water mist is not a good idea, either dry hho or just plain air is what is needed to be stripped of electrons. I am just treating the incoming air, and went with a improvised injector design. If you have access to a oxyaceltin tourch you can put the Gas Processor inline with the oxygen side and the hho in the burnable gass side for testing that way you stay safe and no blow backs to the Gas Processor blowing up a lot of hard work. And I see no reason why you can't switch metals for it is only a prototype, I am using aluminium and 304 SS for my electrodes.
The Gas Gun is a little different in that it is like hooking up an hho making device to the Gas Processor, and burning it, but unlike hho device everyone uses Stanley Meyer's didn't boil the water or even heat it up using the WFC to split the water. Me, I opt for creating micro-mini capacitors using water dielectric properties for spliting the water into hydrogen and oxygen. That is unlike the WFC's method of spliting the water molecule.
I like that drafting program makes some very nice pic's, I'm using AutoCAD and that takes sometime to draw things out, plus I had to go to college to learn how to use it. On the Gas Processor make sure you make the electronics right or it will not work correctly. The pulsing of the Gas Processor is 180 degrees off of the pulsing of the LEDs and the EEC so the atoms do get a break. For that is the main reason no one has gotten Stanley Meyer's WFC to work for they didn't make the right type of electronics to run it, again it is not like the Gas Processor the as the WFC shares the positive electrode with the EEC and the Gas Processor does not. And the transformer is different depending on spacing of the WFC's tubes if the tubes are between 0.06-0.01 inches the transformer needed will have to use the 430 SS wire, if larger than that gap the all copper transformer is to be used. Not too many people ever notice there are two types of VIC transformers but I did
. For the Gas Processor the all copper VIC transformer should be used, but it can take other types of transformers just as long as they can handle the pulsing rate and have an almost full magnetic field collaps between pulsings or very low hysteresis loss.
And I agree that we will be posting hydrogen fracturing results when the rest will still be transfixated on the VIC transformer and WFC's all hooked up with improper electronics
. But that is the reason for this thread to clear up how Stanley Meyer's technology really works
.
Time for energy independence,
h2opower.