aquapulser

here is a quick clip of a plasma spark. i hope to combat loss of spark due to high compression in my small engine run on 100% hho. the plasma spark is courtesy of aquapulser

Category:

Science & Technology

Tags:

• hho
• oxyhydrogen
• EBN
• plasma
• spark

[mikepowers420]

Larry, your nickel cell is a work of art, and the urea testing is brilliant. I've been trying to tell people about nickel 233 shim stock for months, but they seam to just love the SS plates.

Mr.B., Larry, there is a way to jump the energy levels of the H & O up. It's easy to ionize hydrogen and convert the Oxygen into O3. If you do it, it wont take near as much gas to run your motors.

Peace.

Mike.

[BruteForcENGINEering]

i have read about ionizing h2 with increased energy levels, but i must admit its a bit out of my scope. i still have a few efficiency tricks up my sleeve, that i hope to implement over the next few months. however i would still be interested in learning about this. i would appreciate if you could point me to some good information

[mikepowers420]

BFE, kicking the energy levels up is well within your scope. It's actually a very easy thing to do. All you need to do it is a mirror box and a deep UV emitter. Shine the UV, say it's in the 255nm range into the light box that has coils of clear tubing inside. The UV will kick the electron out of the hydrogen and turn the oxygen into O3.

Easy peasy' lemon squeazy.

Just remember who turned you on to this.

Peace.

Mike

[BruteForcENGINEering]

thanks for the tip . some day i am going to try this. what if i mounted a deep uv led inside of my final gas dryer, would this give the desired effect

[honda4004]

all points back to stan meyer led in one of his patents ..he just does not show it clearly as he knew it would get surpressed if he did so you have to look at it upside down and inside out (if you get my drift) just tweaking

[SmartScarecrow]

bingo !!! give that man a prize !!! temperature is the key to urea ...

255mm UV radiation will provide little if any benefit if implanted within the electrolysis device itself ... by the time the gas makes it out of the device, most of the ozone and mono atomic hydrogen have recombined ... where it appears to offer a pay off is to use it as a final treatment just as the gas is about to do some work ...

[mikepowers420]

Yes it will work. If you have the inside of your dryer lined with reflective Mylar to help concentrate the light, it will work even better.

[HHOPWR]

Actually it is not hard at all. You just have to use a little Urea. Very little in a very hot cell. I have found a way to overcome the very low production problem I was having. If the cell is 275 degrees plus. I have run small scale tests at over 15 MMW using Urea. I know it gets used up but it is cheap.

Larry

[BruteForcENGINEering]

that is a very impressive plan. 10 mmw wow i would love to see that. and with 404 cc's your gonna need most of that 50 lpm. but ive got the feeling that if anyone can pull this off it would be you.

[mikepowers420]

Let me give you two more tricks.

Deep UV saturation between the plate gaps. If you go below 300nm, say around 255nm, or lower, you will be astonished.

I must warn you that deep UV is dangerous. Wear eye protection and sun block, or shield your light source.

Fluctuating magnetic fields will put stress on the bonds that hold H & O together.

I've tested both, they work.