Inspired by Stanley Meyer, RWG Research, Dr. Ruggero Maria Sanyilli, & many other YouTube members. This is the nineteenth video of many to come. I am focusing my efforts on building a Laser Electrical Partial Generator (EPG) similar to the one Stanley Meyer talks about in the New Zealand lecture video.
This video focuses on MagneGas. I am only attempting to spread the word of how magnetic gas can be made. My hope is if we understand the process of how MagneGas is produced, it will help us understand how Stan Meyer made his magnetic gas. Stan said that there are many different atom combinations that will produce magnetic gas. This looks like one of them.
I am not saying this is the exact method Stan used. I merely want to introduce the technology in the hopes that it will further our research and collective knowledge on magnetic gas production.
Explanation of MagneGas production (2min to 6min):
http://youtu.be/Wy0WXkj1Drw
Magnetic attraction force demonstration of MagneGas in a balloon:
http://youtu.be/bFsZ1NrtIMk
About Dr. Ruggero Maria Santilli:
https://en.wikipedia.org/wiki/Ruggero...
MagneGas website and other more videos:
http://magnegas.com/
Article discussed in this video:
http://www.santilli-foundation.org/do...
Patent 8,236,150 (Plasma-arc-through apparatus)
http://www.google.com/patents/US8236150
Power Source:
"The power source is, for example, an AC-DC welder; a high voltage DC current source; a pulsed DC current source, pulsating at a frequency which is a sub-multiple of a resonating frequency of the selected liquid [Ex: Water 60Hz]; an AC welder; an AC source with variable high voltage and high frequency; an AC source with variable frequency which is a sub-multiple of the resonating frequency of the selected liquid; or other commercially available sources of electricity suitable to create a submerged electric arc. "
Optimizing the energy of the gas:
"The energy of the output, is increased significantly by several factors. A first factor is the use of a DC current with high voltage, such as 100,000 VDC current. Another factor is the use of a high voltage DC current pulsating at a resonating frequency [42KHz for water] or sub-multiple of the resonating frequency [60Hz for water] of the processed liquid (feedstock). Another factor is forcing the liquid (feedstock) through the arc to reduce collection of gas bubbles within the arc that lead to unwanted ignition of the gas bubbles and/or the arc passing through the higher impedance gas bubbles rather than the lower impedance liquid (feedstock)."
Please leave your comments & suggestions. Constructive criticism is welcomed.
Thanks for watching,
Russell
