Diskussion:Stefan Marinow
Infos zu seinem MAGVID-Gerät:[Quelltext bearbeiten]
MAGVID = "Magnetic Vortex Hyper-Ionization Device". In basic, Marinov's MAGVID is similar to Nikola Tesla 's Rotating Magnetic Field device but with no core, and with added DC solenoid on one end parallel to the axis. Researcher Stefan Marinov left many notes about MAGVID. He died, but his research will be saved, and futher investigated.
Reported effects of Magnetic Vortex Hyper-Ionization Device:
Conventional:
- 1) Production of extreme High Voltage.
- 2) The rotating magnetic field spins compass needle.
Unconventional:
- 1) EM Doppler effects.
- 2) Time dilation (measured from inside) with all that follows it:
- - Resultant time compression of EM radiation.
- - Resultant decrease in perceived inertia and mass.
- - Resultant greater perceived acceleration with less force (measured from inside).
- - Resultant speed compression (low speed inside, appears as high speed outside).
- 3) Shielding effect on the inside by the oblate spheroids of ionized particles and electrons outside the device. Anything that comes in contact with the rotating ionization cloud would be heated and swirled.
Quelle: http://groups.yahoo.com/group/MAGVID/
Link:
- http://groups.yahoo.com/group/MAGVID/
- http://lunahelia.com/resources/magvid.pdf
- http://www.usajohnsons.com/cool_energy_stuff/experiments/magvid.htm
- http://www.geocities.com/phoenix_risingiii/KosolDevice/section2.html
- http://freeenergynews.com/Directory/Inventors/StefanMarinov/
- http://www.usajohnsons.com/cool_energy_stuff/experiments/eatsite.html
DDR-Physiker 12:05, 11. Aug 2006 (CEST)
Marinov-Motor[Quelltext bearbeiten]
Der Marinov-Motor ist ein spezieller Elektromotor; er besteht aus einem geschlossenen ringförmigen Kabel, in dessen Ring-Inneren sich zwei Permanentmagneten befinden. Sie sind so angeordnet, dass ihre Felder sich gegenseitig neutralisieren (Nordpol des einen Magneten am Südpol des anderen). Die Spannungsquelle des Motors wird an der linken und rechten Seite des Rings angeschlossen. Fließt durch den Kabelring ein Strom, so beginnt dieser Ring zu rotieren.