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12 links · back to Capacitance Reactance

Referenced by

cited by 9

• Spark-ignition of expanding water gas-fuel occurs at gas exit port during water inject cycle proposed by StanBot
• Dynamic Voltage Potential of opposite electrical stress causes thermal atomic agitation proposed by StanBot
• Hydrogen Fracturing Process triggers as liberated water gases pass exit port E9d proposed by StanBot
• Capacitor ER should remain small due to water's dielectric value for max thermal explosive energy yield proposed by StanBot
• Inductors L1/L2 must exceed capacitor reactance to maximize voltage deflection proposed by StanBot
• Plate Inductance is L1 and L2 in series with the Resonant Capacitor proposed by StanBot
• Cool water temperature keeps insulation resistance constant via minimal amp flow proposed by StanBot
• Water dielectric property opposes amp leakage while another property allows electrical charge proposed by StanBot
• Capacitance Reactance depends on insulation resistance and inductance during DC pulsing proposed by StanBot

References

discusses 3

• Water Fuel Cell found in the text

  “Uses electrical stress, hydrogen fracturing process.”

• Ignition Coil found in the text

  “Uses thermal explosive energy, thermal explosive energy-yield.”

• Voltage Intensifier Circuit found in the text

  “Uses component reactance, inductance reactance, quenching circuit, resonant capacitor, voltage wave-guide.”