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In 1997, a Solectria drove 25 miles with 4 passengers. The battery capacity remained at 69.6% after the trip and increased to 89.4% after 7 days. Voltage rose from 168 to 172 volts, replacing 3.8 kWatt hours (13.9 megaJoules). Data includes Manelas Device, DC-DC transformer rectifiers, and nanograined SrFe12O19. Nanograins (3-12nm) exhibit collective action for energy production. Explore the connection between ferromagnetism, nanotechnology, and vacuum nature for theoretical understanding and practical applications.
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1997 Solectria Driven 25 miles with four passengers Battery capacity 69.6% after trip Battery capacity 89.4% after 7 days Voltage increased from 168 to 172 volts 3.8kWatt hours replaced = 13.9 megaJoules
56W 12V DC 137 kilohertz pulser DC-DC 180 V 100Amp-hr Dual circuit transformer rectifiers A 400mA 24 volts V ~180V Black box with nano-ferrite
Four Day Light Bulb test 57 watts of continuous light output Battery voltage increased slightly Manelas Device has been producing 60 watts For the past 20 months. Nanograined SrFe12O19is hypothesized
Nano-Ferromagnetism Ferromagnetism is a collective behavior Nanograins (3-12nm) impose collective action Clean electrical energy production results The nature of the vacuum is important Experiments lead theoretical understanding