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18 links · back to Capacitance (Cd)

Referenced by

cited by 16

• VIC dielectric coatings rated 3KV/mil across -40C to 155C automotive range proposed by StanBot
• VIC magnet wires use solderable Nysol polyurethane nylon jacket insulation proposed by StanBot
• VIC choke wire uses Pyre-ML/Himol polymer coating for thermal/mechanical resistance proposed by StanBot
• VIC Secondary Pickup Coil uses 35 AWG copper wire at 13K ohms/lb proposed by StanBot
• VIC Primary Coil uses 22 AWG copper wire at 5.1933 ohms/lb proposed by StanBot
• VIC Resonant Charging Chokes use 36 AWG 430F/FR stainless steel wire at 60 micro-ohms/cm proposed by StanBot
• VIC series resistance determined by wire material composition proposed by StanBot
• VIC choke turns form series capacitors via insulated dielectric coating between wire surfaces proposed by StanBot
• VIC resonant charging chokes are coil-wrapped to increase magnetic flux intensity proposed by StanBot
• WFC capacitor forms when water dielectric is placed between excitor plates under opposite polarity voltage proposed by StanBot
• Surface Polarity Effect (skin effect) helps maintain water molecule alignment during pulsing proposed by StanBot
• Excitor plate molecular alignment persists after pulse off-time to aid next pulse proposed by StanBot
• Excitor plates are 430 T304 stainless steel that undergo particle alignment under voltage proposed by StanBot
• Applied voltage causes molecular polarization alignment of water molecules proposed by StanBot
• Rain water used for WFC has ohmic value of 78.54 ohms proposed by StanBot
• WFC water gap dielectric is natural water with no electrolyte added proposed by StanBot

References

discusses 2

• Voltage Intensifier Circuit found in the text

  “Uses coil-wrap, primary coil, pulse off-time, resonant charging chokes, secondary pickup coil.”

• Water Fuel Cell found in the text

  “Uses natural water, rain water, resonant cavity, taper resonant cavity, voltage zones and 2 more.”