URGENT! WATER AS FUEL DISCOVERY FOR EVERYONE TO SHARE

[whizwheel]

Thanks Greg,

Thanks for the very good and thorough answer.  I am electronics illiterate and the answer spelled out a lot thing I had not thought of.

I am in the process of ordering the parts I need to build the circuit.  I haven't tried to build one yet, but I am uncomfortable building one with an inverter.  When I saw everyone frying them, I am reasonably sure I would fry some too.

I am having trouble finding a 3uF capacitor.  (I am not sure I have figured out what the relationship between the uF and voltage of a capacitor.)  So I will prolly build it and adjust as necessary.

Thanks again for the help Greg, and all you others too.  I read every post, and then go back and reread them.

Good luck and God speed to all,

Rog

[dreamyear]

SS tube connected to audio amplifier


http://uk.youtube.com/watch?v=nRzCX9oVqQ4&fmt=18


http://uk.youtube.com/watch?v=R7i3pDPz2YU&fmt=18

[gmeast]

Thanks Greg,

Thanks for the very good and thorough answer.  I am electronics illiterate and the answer spelled out a lot thing I had not thought of.

I am in the process of ordering the parts I need to build the circuit.  I haven't tried to build one yet, but I am uncomfortable building one with an inverter.  When I saw everyone frying them, I am reasonably sure I would fry some too.

I am having trouble finding a 3uF capacitor.  (I am not sure I have figured out what the relationship between the uF and voltage of a capacitor.)  So I will prolly build it and adjust as necessary.

Thanks again for the help Greg, and all you others too.  I read every post, and then go back and reread them.

Good luck and God speed to all,

Rog

Hi Rog,

Back when I was trying to figure that out in school I suddenly "...had a V-8".  It goes like this:

...and "this"  applies to 'RC' time constants.  In the VexUs circuit there is a resistor that allows the capacitor to charge up, but it is important to charge it up as near 'full' as possible before the 'regular' ignition spark fires again.  The time allotted for this can be computed based on RPM, the fact that it is a 4-stroke or 2- stroke engine, etc.

If you charge an empty capacitor with a resistor then it takes "X" amount of time for that capacitor to reach a given amount of "fullness".  The physics folks decided a long time ago that when a capacitor is charged to 63% fullness, the time it took to do 'that' is called "one time constant".  "four" time constants is considered to be full and "five" time constants is considered to be "steady state" .... doesn't charge anymore. 

As strange as it sounds, it doesn't matter whether you are using 1 volt or 1000 volts to charge a capacitor, given the same resistance, it will charge to the same degree of 'fullness' in the same time.  Notice that I have NOT SAID it will "reach the same voltage".  A higher charging voltage will reach a higher voltage level than a lower voltage for the same resistor and capacitor.  The important issue the 'time constant' as the relationship we are interested in.  In the 1-volt circuit, the capacitor is full after approx. 4 time constants at 1-volt . The 1000-volt circuit capacitor is full after approx. 4 time constants at 1000 volts.  This works for the same resistor and capacitor in both the 1 volt AND the 1000 volt circuit.  A time constant is calculated as the product of the capacitance C and the resistance R.  1 time constant = R X C,  t = RC

What's different is the amount of energy (Joules) that have been stored in the capacitor.  This does put capacitance and voltage in a radical dependency ... exponential in fact.  j = 1/2 X C X (V ^ 2) .

V^2 means Voltage Squared ... (V x V) in keyboard language.

It is important that the resistor and capacitor have the appropriate physical ratings ... an appropriate 'voltage rating' for the capacitor and a proper 'power rating' for the resistor.

Things drift around a little based on temperature and other variables.

Peace,

Greg

[Damianos]

SS tube connected to audio amplifier


http://uk.youtube.com/watch?v=nRzCX9oVqQ4&fmt=18


http://uk.youtube.com/watch?v=R7i3pDPz2YU&fmt=18

Hi my friend dreamyear!

I give you my congratulations!
If you could only please tell me  , what kind of thing is that in the water.
Is it a loudspeaker, a coil , and if could you please tell me what and how is it made of.
Are these bubbles Hydrogen?
And what is the power consumption of the amplifier.

Thank you

[whizwheel]

Thanks Greg,

I appreciate you taking the time to explain that to me.  As I said, I am sincerely deficient in my knowledge of electronics.

It is guys like you and the others who are making this thread great.

I spent my last twenty-five years working on automatic transmissions.  But for the last six years I have been disabled and can only do very limited work.  I can do a lot of things, but not long at a time.

I downloaded a short electronics tutorial, but as I was reading it and trying to catch up on all the posts on this thread and two other threads, I know I missed a lot.  I am also smart enough to know that I ain't gonna learn what you men know in six or eight months.  What ya'll have prolly took your life time to learn.


All of you men in this group are gifted individuals.  First because you can take an idea and bring it to fruition, second because you have the knowledge to put what you are doing and have done in words to help us slower ones.

So, again to you Greg, you luc, and all the rest THANK YOU!! for your endeavors and achievements.

Good luck, and God speed,
Rog