Stanley Meyer Explained

[h20power]

Once again so I understand, the injectors purpose is to give the water mist a negative charge so that the positive oxygen can react with it? It's not necessarily producing HHO? The reaction happens upon ignition, correct? How does the injector give the mist a negative charge? The outer elctrode is mounted to the engine. Does the inner electrode have a hv positive charge? I guess the real question I should be asking is, is the injector necessary to make the reaction occur? It's been stated before with your calculations that the reaction can happen if there are enough electrons stripped from the oxygen.

Next question would be on delivery. My test that I'm planning doing will be on a 5 - 10 HP Briggs. Does the mixture need to be injected with 100 - 120 psi like SM stated? Can the mixture be metered in using the engines vacuum? If not what kind of displacement pumps and fast acting valves would be best? I was planning on taking the carb. and intake manifold off and fabricating a new intake with ports for the mixture. Is this a good approach?

1st question: If you switch the injectors positive and negetive placements from this patent: Stanley Meyer: Water Electrolysis -- Canadian Patent # 2067735 -- Water Fule Injection System due to the outside (7a,7b) of the injector is connected to the head of the engine which is grounded. Then you have to look at where the water is being injected from which is 3a, 1a is for ionized gases, and 2a is for recirculated exhaust gases. Looking at this we can see that the air gases create a column of air all around the positive electrode(Meyer has it labed as negetive 8). The voltage zone is 7a/b and 8, and water being a dielectric liquid picks up an induced image charge from these voltage zones. Yes, I think this is nessasary despite my saying the water mist is being split by the unstable oxygen atoms. But the voltage given to the water molecule helps to break the water down also. If you ask me the voltage given to the water fuel injectors is set, and the voltage given to the Gas Processor is veryable keeping pace with the engines systems and needs.

The error would be to take out the 1836 kJ/mol and add it back to the system in my math calculations and take the energy from what the injectors are taking to run and do their job of breaking down the water molecule. But the power of the system still comes form the Gas Processor none the less.

2nd question: All that has to be tested out I am affaid, for I don't have the answer to most of those questions. Does it have to be at 125 psi? Again not sure but mine are. I got my pump from here: Snow Performance: Home

Best of luck in you efforts,

h2opower.

[sebosfato]

OK

You are right h2o but you still missing one thing the current created by the ionization is huge so you can use it to split the water, you got it? Where you can harvest he energy in a resonant circuit? Do you know? If is a small R between the inductor and the capacitor if you have a big impedance in parallel with the capacitor. I'm working on this since 3 years ago but now we need investments, some money to construct the prototypes as it's not only about stainless steel and inductors there also especial catalysts to help split and keep the molecule apart. Any way the device for doing such thing is very big and so we got to get a better efficiency from the motor or we are just spent lots of energy on the conversion . so all we need to do is to use a compressor and a heat exchanger and use direct injection like diesel engines this way you recycle the heat lost by the engine arriving maybe 75% efficiency. this way we may need less gas for moving the motor. i need about 100.000 dollars to make some prototypes to com prove the theories. If you can help in any way offer profits sharing and obviously. Meyer estimated the 1500 dollars price because the cost of the parts when made in mass production cost 50 times less. So now if you want this to come out of papers you must have the money and the people who knows witch materials are right for the application. hope it helps

[natone_m]

Injector purpose

Once again so I understand, the injectors purpose is to give the water mist a negative charge so that the positive oxygen can react with it? It's not necessarily producing HHO? The reaction happens upon ignition, correct? How does the injector give the mist a negative charge? The outer elctrode is mounted to the engine. Does the inner electrode have a hv positive charge? I guess the real question I should be asking is, is the injector necessary to make the reaction occur? It's been stated before with your calculations that the reaction can happen if there are enough electrons stripped from the oxygen.

Next question would be on delivery. My test that I'm planning doing will be on a 5 - 10 HP Briggs. Does the mixture need to be injected with 100 - 120 psi like SM stated? Can the mixture be metered in using the engines vacuum? If not what kind of displacement pumps and fast acting valves would be best? I was planning on taking the carb. and intake manifold off and fabricating a new intake with ports for the mixture. Is this a good approach?

[h20power]

con't of the post above

The VIC Transformers

There are two types of VIC transformers
Taken from the SMTB:

Voltage Intensifier Circuit (60) of Figure (3-22) (Memo WFC 422 DA) as to Figure (1-1)
(Memo WFC 420) and Voltage Intensifier Circuit (620) of Figure (7-1) are specifically designed to
restrict amp flow during Programmable Pulsing Operations (49a xxx 49n) but in different
operational modes: (1) VIC voltage circuit (60) utilizes copper wire-wrap to form Resonant Charging
Chokes (56/62) of Figure (3-22) in conjunction with Switching Diode (55) to encourage and make
use of "Electron Bounce" phenomena (700) of Figure (7-9) to help promote Step Charging Effect
(628) of Figure (7-7) by preventing electrical discharge of Resonant Cavity (140 - 170) since
Blocking Diode functions as an "Open" switch during Pulse Off-time; whereas, (2) VIC Voltage
Enhancement Circuit (VIC - VB) (620) of Figure (7-1) incorporates the use of stainless steel wirewrap
coils (614/615) to accomplish the formation of unipolar gated pulse-wave (64a xxx T3 xxx
64n) without experiencing "signal distortion" or "signal degradation" (preventing transformer
ringing during signal propagation) as elevated voltage levels ( - xx Vc- xx Vd - xx Vn) while
allowing the reduction of Capacitor-Gap (Cp) (616) of Figure (7-11) width spacing (57 of Figure 3-
25 ~35 of Figure 6-2) (typically .060 - .010) respectively. as illustrated in Tubular Resonant Cavity
(170) as to Taper Resonant Cavity (620) of Figure (7-1).

[h20power]

Let the Energy Revolution begin.

by h2opower

The Gas Processor

Electron Extraction Circuit

Non-sequential ionization

When the fact that the electric field of light is an alternating electric field is combined with tunnel ionization, the phenomenon of non-sequential ionization emerges. An electron that tunnels out from an atom or molecule may be sent right back in by the alternating field, at which point it can either recombine with the atom or molecule and release any excess energy, or it also has the chance to further ionize the atom or molecule through high energy collisions. This additional ionization is referred to as non-sequential ionization for two reasons: one, there is no order to how the second electron is removed, and two, an atom or molecule with a +2 charge can be created straight from an atom or molecule with a neutral charge, so the integer charges are not sequential. Non-sequential ionization is often studied at lower laser-field intensities, since most ionization events are sequential when the ionization rate is high.

Now let us look at what is said in the patent:

Thermal Explosive Energy

water mist, ionized gases, noncombustible gas, and spark or heat ignition.}

The water fuel injectors

The water fuel injectors create micro-mini capacitors out of water by passing the atomized water mist through a high voltage zone. After careful study of the water fuel injector I found out that the inside electrode is surrounded by a column of air at 125 psi so the water mist never comes into direct contact with the center electrode.

How you get voltage to perform work is by physically changing the area, thus changing the charge surface density. This is very important information to know when it comes to understanding how Stanley Meyer got the some of the water mist to break down into hydrogen and oxygen. As the highly charged water mist mixes with the unstable oxygen atoms and recirculated exhaust gases it evaporates, thus changing the surface area allowing voltage to perform work on the water molecule. In a way he set a condition that caused the water molecules to short circuit. This is made possible due to the properties of water being that water is a dielectric liquid. Remember the relaxation time for water is є/σ< 10-6 seconds and for air є/σ> 10 seconds giving the water plenty of time to evaporate while still retaining its induced image charges from the injectors high voltage zone. The water mist is given a negative charge as a result.

Steam Resonator

The Steam Resonators job is to heat the water up to around 90 degrees C or more so that when the water is injected into the engine in vacuum conditions it immediately turns into vapor(not steam) thus aiding the water to evaporate faster, allowing voltage to perform work on the water molecules more readily. The Steam Resonators works much the same as a microwave oven by making the water molecules dipoles switch back and forth causing inter molecular friction.

[Joit]

Just build the VIC, WFC and then the gas processor and show some results.

Please do the VIC and show us your results. Nothing else. Thank you.

Why dont YOU build the VIC and show us the Result.

Gauss, all you do is to blow your Theories in here,
and try to order Peoples to do Things, what you never do, but you allways try to be the Smartguy.

Peoples what build it give Results, but all what we got from you is your endless Pointing at your magical VIC. Noone got the Magical Key with it, like you pray all Time.

Usual that is the Way to show a Proof, not just your big Mouth.

Sorry, but that dont work.

You get trouble and instability because you did not understand the water resonance condition for the secondary side system. Think again. Not so easy until you see the solution.

[h20power]

Time to live again

H2O, sounds like you tried something here but to me matching primary inductance with L1, L2 and L3 does not make a difference for HHO production. The matching takes place on secondary side.

Tell me, what was the LCR resonance on secondary side and what was L1, L2 and L3(transformer secondary inductance) at that frequency? What is your primary pulsing frequency when you have production?

How long can you produce HHO without changing the frequency?

Anyone who says I can "only" produce HHO with this, well I believe it when I see it.

In case you do tell the truth you can show us a video with at least 2 minutes stable production.

I admit the HHO production as an isolated app has limited commercial interest but it shows the engineering skill and has tremendous potential when you integrate.

As I said before the L1 + L2 method didn't work, it gave me three different resonance frequencies. Then I made another correcting that problem by matching the individual bobbin cavities inductances to that of the primary coil, but I didn't make two sets of chokes and the voltage output was too low. Then I made yet another and did things the way Stanley Meyer did it, and it worked out fine. I made the Transformer to hit resonance at 42.8K Hz but it actually hit it at around 42.7k Hz or something close. It was very hard to keep at reasonance for the tempreture swings would change everything. Then I had to put with getting the water from the same source all the time, so I scraped the whole idea of using the WFC.

The first time I hook it up too the cell it didn't work all that well, so I went back too the books for a long time. Once I added in the EEC it worked okay, but the gas was just hho, and it lacked the energy to do much with. So back to the books once again and I found out just what the Gas Processors true function was. Then I went on to figure out the water fuel injectors and what made them tick, just to see why Stanley Meyer had gotten rid of the WFC. I posted the key to making water for fuel a reality so that everyone could try it out on their own. Sure I left a lot out, but I already explained that position of why I did so. Just build the gas processor for with it you can make a smack booster run a car if you get up to the 7L/min level or more.

Copying a system only leads to failure, understanding a system leads to making that system suit what ever needs you want to use it for. I thought everyone would have figured that out by now. Strive for understanding not copying, for even Stanley Meyer says that anyone with skills in the prior arts can make the system work any way they like. He also says that the Gas Processor can be used on any type of fuel.

I know everyone wants to see a show, wants to be entertained, and/or a show of proof like Ravi. I am not that type of person. I would have the people think, try things, failing many times until they gained a true understanding of the technology, for that is how we learn best after all is it not? After posting the science and the math to back that up, I thought that would be the start of the energy revolution. I gave just enough information so that there would be many different types of working systems out there, not just my version or Stanley Meyer's version. Making this water for fuel technology even that much harder to keep down. For it would be coming from all directions working differently but working none the less. After I write my summary I am not sure if I will write anymore on this site again. I have a life to live enjoying my family and friends.

For the longest time something in me would not let me rest until I did what I did on this site. Now, I feel like moving on with my life and enjoying my family more, for I truly feel I have done my part. I know this will make some upset, but for those that understand what has been done here, freedom awaits them and they know it.
Take care everyone for I wont be writting again until I finish up my summary.




h2opower.

H2O, sounds like you tried something here but to me matching primary inductance with L1, L2 and L3 does not make a difference for HHO production. The matching takes place on secondary side.

Tell me, what was the LCR resonance on secondary side and what was L1, L2 and L3(transformer secondary inductance) at that frequency? What is your primary pulsing frequency when you have production?

How long can you produce HHO without changing the frequency?

Anyone who says I can "only" produce HHO with this, well I believe it when I see it.

In case you do tell the truth you can show us a video with at least 2 minutes stable production.

I admit the HHO production as an isolated app has limited commercial interest but it shows the engineering skill and has tremendous potential when you integrate.

[aljhoa]

[h20power]

The VIC transformer is old news to me, like I have been saying all bobbin cavities have to match the primaries inductance so all coil work as one. That is done by verying the wire sizes. In the coil shown I matched to the primaries inductance by the sum of all the bobbin cavities L1 + L2 as so on. When I put it on the scope I got three different resonances at three different frequencies for all three(primary, secondary, and the choke) where working independently. The second one I corrected that mistake, but didn't make the chokes dual layered, as a result it didn't put out all that high of a voltage about 320 volts from 5 volts if I remember correctly. The third time I got it right and all was well from that point on. I tried to tell people this but no one wanted to listen to me. Everyone would say, "You can't build a transformer like that, that's silly." Now that people have had a look at Stanley Meyer's VIC bobbins they can see I was way ahead of the game.

The wfc only puts out hho, so that's where the Gas Processor comes in to make the needed energy that would be missing if trying to run on hho alone. In the end Meyer found a way to turn water into micro-mini capacitors and got them to short out in mid air from over voltage and evaportation changing the surface area of the water droplets. As for the equations I use most of them that I found here: DC Tesla Coil design DC Tesla Coil design for at that point I had pulled my research away from Meyer patents and look for Teasla for the answers. The pulsing unit is the same as Dr. Dingels.

The core is #61 ferite 1/2 inch diameter, the blocking diode is ultra fast 30us, 30k volts with a 1.5 amp rating. The diodes had to be pruchased outside of the US for they cost $350 each here in the states, same for the bifilar wire, MSW was trying to charge me $17/ft. If you ask me it seems as if someone has made it hard too get the needed parts here in the US intentionally.

Well, I need sleep now,
take care everyone,

h2opower.

[boguslaw]

h2opower

Pancake coils inside ? Did you found which Meyer equations are required to compute resonant frequency of that transformer ?

H2O, well done, now we are talking!

What happened in your tests? LCR resonance freq? Ferrite core(type) diameter?

Pulser type? Just tell us what happened and I might be able to give you new input.

[rdmwc]

wow! i wish i had the tools here to build something like that!

[h20power]

This was my first attempts at building the VIC transformer as built in the SMTB. I didn't make any pic's of the other VIC transformers as I learned more about the technology.

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Why is my rank secert? That is personal information about me, and I really don't do that on the web.
Enjoy


h2opower.