Bookmarks
video-bugz2008.com
Better than you'va ever seen from any places!
Loading...
IMPORTANT :: YOU MUST SAVE THE FILE AS ".FLV"
Change the file name from "get_video" to "video.flv"
Tags: Automobile, Boyce, conservation, Electrolyzer, Energy, Free, H2O, HHO, Hydrogen, Injection, Meyer, Oxygen,
Comments to “40 New Experimental HHO cell FIRST TEST RESULTS”
Leave a Reply
November 20th, 2008 at 06:07:26 The black adhesive is not conductive to DC. It behaves like a solid electrolyte that stores electrical charge like a regular capacitor. Electrically, it's almost the same as placing a capacitor across the input terminals. What it would do is upset a R/L/C tank circuit when AC or pulse energy is applied.
November 20th, 2008 at 06:30:25 Question ZFF: being no manner of electrical whiz myself, would that conductive black sealant be causing the current to (largely) bypass the bulk of the plate surface until the voltage (in my mind "pressure") hit resistance passing through the black goo? If the goo could easily conduct say, 11v@1A, wouldn't the current then favor the electrolyte as it's conductor as the voltage increased?
November 20th, 2008 at 06:53:24 SS is all that holds up in the caustic electrolyte. Other metals can produce highly toxic byproducts, aqueous and gaseous.
November 20th, 2008 at 07:16:23 No.
November 20th, 2008 at 07:39:22 Great work! Why SS (FE)? Why not CU or AL? Mecanical work shop's give u this stuff allmost for free. I am currently experimenting with som AL, or am I just wasting time?
November 20th, 2008 at 08:02:21 Hi there, sorry for asking again, but did you receive my E-mail about the rotating water HHO cell? I wondered what your thougths are about that.
November 20th, 2008 at 08:25:20 Thanks for sharing. Nice to see you back! :P
November 20th, 2008 at 08:48:19 Just follow the Angelfire link from my YouTube channel page, youtubedotcom/zerofossilfuel, links to zerofossilfuelDOTangelfireDOTcom. Thanks!
November 20th, 2008 at 09:11:18 Hi, Please provide me a link where I can donate via Paypal. Best regards!Gman
November 20th, 2008 at 09:34:17 Donate generously.
November 20th, 2008 at 09:57:16 Nice to see new videos, and new superb work! How can I help with progress? Best regards, Gman
November 20th, 2008 at 10:20:15 VERY good work, indeed! keep it up....
November 20th, 2008 at 10:43:14 Haven't tried. I do know magnetic fields drop off by the square of the distance. I don't think the non-linear effect is as profound as this.
November 20th, 2008 at 11:06:13 Hey, you gotta laugh once in a while. Can't take anything too seriously.
November 20th, 2008 at 11:29:12 love the cupcake plug, lol
November 20th, 2008 at 11:52:11 Sorry to hear about your bad experience with the sealant. High temperature RTV might work out better for you as it is rated for Dielectric Strength, a very important property for this type of application as you well know. Love your videos - thanks for sharing, and best of luck in your endeavors.
November 20th, 2008 at 12:15:10 In magnetism the magnetic fields drop off the farther the point of interest moves from the magnetic object. I do not know if this holds true, but have you tried spacing the inner neutral cell plates closer and the outer cell plates farther apart to get a more uniform gas production.
November 20th, 2008 at 12:38:09 Also note, my decision to go from 6 to 5 neutral plates is for DC powered cells ONLY. I still believe just under 2v per plate is the optimum BIAS voltage to entrain pure distilled water molecules for efficient fracture through tuned resonance pulsing.
November 20th, 2008 at 13:01:08 When running at 1.97 volts per plate, any nonlinearity in the distribution of charge becomes accentuated by the nonlinearity of the current curve. It looks like cables between towers of a suspension bridge. Once you try to push the whole stack beyond 2.2 volts per plate the charge distribution evens out.
November 20th, 2008 at 13:24:07 Just to comment on the nonlinearity observed: Current does not follow a linear path with voltage in the cell. Between 0-1.8 volts it's pretty straight and shallow. At this point it begins to break down and current starts to rise steeply. Between 1.8 and 2.4 volts is where it makes this transition. Over 2.4 volts the current continues to rise exponentially with voltage.
November 20th, 2008 at 13:47:06 You do not want to use any form of epoxy in an electrolyzer tank. Trust me on this one.
November 20th, 2008 at 14:10:05 If it's the stuff I'm thinking of there is a large amount of carbon black used in it,that is what happend. There is a solvent you can get in a marine store for that stuff if you apply some heat it will come off too save the plates. There are many types of expoxy based dielectric we used in the microvave industry.
November 20th, 2008 at 14:33:04 And here's the worst part. I still don't know if the adhesive I was using before is any better. I have two smears of adhesive curing tonight, one new, one old. Tomorrow I will peel them off, put them between equal plates, measure the capacitance of each and compare the difference in dielectric properties between the two.
November 20th, 2008 at 14:56:03 I WANTED to stay away from caustic electrolytes and pulse straight distilled only. UNTIL I discovered what a poor choice it was to use this adhesive that completely threw off any predicted capacitance values for the cell. This made it totally unsuitable for use as part of a tuned resonant tank circuit. Until I rebuild with different adhesive it's suitable for DC only. >:(
November 20th, 2008 at 15:19:02 awesome discovery keep up the good work