Resonance and HHO

[pauldude000]

I am going to have to generate some skull sweat and write a program, when I have time, to determine frequencies based upon the info you provided. I will probably generate data for 1/4 wavelength frequencies etc..


Might do a full write-up with beat frequencies, 1/4, 1/2, 3/4, and full wavelengths and 1/3, 2/3 dis-harmonics in both centimeters and inches, meters and feet.


That part will at least be somewhat simple though time consuming.


Anyone interested in the data when I am done?


I could probably provide a copy of the program as well (visualbasic 2010 and .net) if interested. I think I still have a file upload site available. Cost is the best if I get it running correctly and polished... free.

[MasterPlaster]

http://www.youtube.com/watch?v=wEBGI198CmQ

[pauldude000]

http://www.youtube.com/watch?v=wEBGI198CmQ

Interesting video. Thank you very much. I had never heard of this man before.


One thing that many fail to realize is that chemical interactions can produce massive amounts of energy, without much actual energy being put in. I will give an example.


The US gov hires a contractor company to make plastic explosive. The company combines various chemicals in various proportions under various processes to make the material. It then gives this material to the Gov, and it uses said material for various destructive or constructive purposes. However, the grand total energy used to make the material is far less than the work done by the material when it is used. A tiny amount of this material does a huge amount of work.


The same is true for many such materials. It might be noted that it uses probably no more energy to make a pound of such material as a gallon of gasoline or motor oil.


I have heard the arguments concerning the amount of energy to purify the materials etc.... But I also note that the energy required to dig iron and copper, purify it, and form it into parts and assemble them into a generator is never accounted for in generating electricity either.


The dude in the video is actually proposing something very similar to my concept, but not quite.


It is a resonant based system, but he is basing it upon low frequency resonance which would make Tesla shake his head. There is a reason Tesla was after high frequency, and it was energy... power. Think literally.


P=IV right? Well:
P= dW/dt.... Joules/time in seconds.
W(Joules)=1/2(CV^2).... C is capacitance in farads and V is voltage.


Say you have a capacitor of .03 mfd at 30kv. The capacitor then holds 13.5 Joules of energy when charged. Not much energy right?


http://www.electronics2000.co.uk/calc/capacitor-charge-calculator.php


I now discharge this energy into a resonant circuit at a frequency in hertz (cycles per second) and each pulse will have a power of P=dW/dt


http://www.rapidtables.com/calc/electric/Joule_to_Watt_Calculator.htm


1 Hz = 13.5 watts
10 Hz = 135 watts
100 Hz = 1350 watts
1 KHz = 13,500 watts
10 Khz = 135,000 watts
100 Khz = 1,350,000 watts
1 Mhz = 13,500,000 watts
10 Mhz = 135,000,000 watts
100 Mhz = 1,350,000,000 watts


The difference of watt output over time changes greatly linearly with frequency. That is why Tesla desired higher and higher frequencies, as he could achieve greater and greater power levels. It is the same concept as used to make ultra powerful pulsed lasers. PULSES of mindblowing amounts of power.


With a tiny .01 mfd capacitor and an applied voltage of only 30kV in a circuit (close of resistance to zero as possible), a sudden discharge of that energy  in .000001 sec (one pulse at 100 Mhz) yields 1.35 Gigawatts of power........


At resonant frequency of 600Hz as used in the video, the same circuit would yield pulses of a lousy 225 watts. The harmonic resonant frequencies would share the power limitation as they are always lower power than the main input frequency. If he kicked the circuit up to just 6 Khz he would have decent pulses of 2.25 Kilowatts.


Think plastic explosive verses an equal amount of solar energy shining on the face of the earth in consideration of P=dW/dt. Somewhat of an exaggeration I know, but it puts things into perspective. The sunlight will warm the area, while the plastic will vaporize part of it.


That massive burst of energy can accomplish more than the same energy expended over a long period of time.

[pauldude000]

Another thing to think about, which I did not address above is this:

http://www.convertunits.com/from/coulomb/to/ampere-second

All I need to provide the circuit is 30,000v with .00045 Coulombs (Amp-seconds) of charge to keep the circuit at a constant 13.5 Joules, irrespective of duty cycle.

IE 30kV at 450uA, or 13.5 watts/hour (P=IV). Doable with a car ignition coil..... 

[Gwandau]

It is a resonant based system, but he is basing it upon low frequency resonance which would make Tesla shake his head. There is a reason Tesla was after high frequency, and it was energy... power. Think literally.

37 minutes into his speech Dr. Andrija Puharich is referring to a 22.3 GHz effect created within the coaxial container, so his system seems to incorporate high frequencies as well.

Gwandau