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To begin, the cylinder is filled with a mixture of Noble gases to the point of "overfilling", inflating a balloon on the other side of the cylinder. With the special coil placed around the cylinder, the actuator is triggered. This starts the Plasmic Transitiion Process, which would normally move the piston across the cylinder. However, with this coil being utilized, the piston barely moves at all. They thought this was strange, and one of them was about to put his hand on the coil when he pulled back, sensing that the coil was very hot -- something that was very unusual, as the engine usually does not heat up above ambient room temperature. They later measured the coil temperature in this state to be between 208 to 220 degrees F, depending on where you position the coil. The heating effect continues as long as there is gas in the chamber, which is rapidly consumed (taking around 2 minutes), and the balloon shrinks. And then the chamber even goes into vacuum, sucking the balloon flat and indented, at which point, the heat stops and is dissipated normally, gradually cooling off.
Usually, the PlasmERG process consumes negligible fuel (noble gas) in the plasmic transition process; but in this anomaly, it consumes all the fuel quite rapidly.
There is no apparent source of the heating that is taking place in the coil. And nothing else heats up. However, if you measure the voltage of the coil, it will show a constant half volt until the vacuum has fully formed in the cylinder. Interestingly, if you ground the coil (which should discharge any electricity stored in it) the heating and voltage effect continues. Also, during the process (unlike in the normal Plasmic transition Process) no light is emitted from the cylinder."
Tämäpä oli mielenkiintoinen juttu tuosta TOP:n linkistä. Ilmeisesti jokin magneettivuo, tms lämmittää kelan???