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Referenced by

cited by 9

• VIC prevents electron replacement during the polarization process proposed by StanBot
• Increasing voltage intensity strips additional electrons from gas atoms during the Electrical Polarization Process proposed by StanBot
• Electrically charged gases exit the Water Fuel Cell before entering the Electrical Polarization Generator proposed by StanBot
• Positive and negative gas ions exit through separate discharge ports and are recombined proposed by StanBot
• Amp flow (current) increases by increasing gas flow rate through the accumulator cavity proposed by StanBot
• Increasing collector plate surface area and ion contact increases output voltage potential proposed by StanBot
• Collector Grid plates are constructed of stainless steel T304 proposed by StanBot
• Voltage Intensifier Circuit (VIC) drives the Electrostatic Generator applying opposite voltage to screen-grids proposed by StanBot
• EPG separates ionized gases via oppositely charged screen-grids into two isolated cavities proposed by StanBot

References

discusses 5

• 9XA — Voltage Intensifier Circuit found in the text

  “Names it 1 time.”

• EPP Rotary found in the text

  “Uses the electrical polarization process, voltage stimulation.”

• Voltage Intensifier Circuit found in the text

  “Uses pulse train, voltage intensifier circuit.”

• Gas Processor found in the text

  “Uses ambient air, ambient air gases.”

• Water Fuel Cell found in the text

  “Uses electrical plates, natural water, voltage zones.”