Gas Processor

Findings · 50

• Electron extraction circuit synchronized with resonant cavity pulsing via point 'A'

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• Electron extractor grid restricts electron replacement in resonant cavity

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• Gas ions reach critical state after high-energy resonance, causing collapse and thermal energy release

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• Repetitive voltage pulse train incrementally elongates gas ions during electron removal

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• Electron extraction circuit draws liberated electrons to an electrical load via positive potential

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• Blocking diode and resistive wire manage electron flow and prevent voltage leakage

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• Electron extraction prevents spark-ignition in the gas resonant cavity

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• Collected gas mixture subjected to polar pulsating field to induce electron orbital resonance

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• Ionized gas atoms exposed to electromagnetic wave energy then electron extraction destabilizes ion nucleus

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• Air gas processor ionizes ambient air using electron extraction circuit and laser energization

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• Gas Processor treats ambient air, not the fuel cell's combustible gas

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• Electron sink/grid coordinated with resonant cavity pulsing via synchronization circuit

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• Electron extractor grid circuit restricts electron replacement in the gas resonant cavity

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• Electron extractor circuit routes liberated electrons to an electrical load as usable energy

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• Electron extraction pulse train is gated alternately with the resonant cavity pulse train

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• Electron extraction prevents spark-ignition by avoiding electron build-up in the gas resonant cavity

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• Electron extraction circuit prevents electron flow into resonant circuit

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• Air Gas Processor ionizes ambient air separately from the fuel cell's combustible gas, per US 4,826,581 method

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• Air Gas Processor treatment chamber contains laser batteries around a concentric rod/cylinder charging cell

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• Electron Extraction Circuit ionizes incoming ambient air gas in the Gas Processor

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• Electron Extraction Process ionizes combustible gases to decrease atomic mass

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• Electron Extraction Process ionizes combustible gases to decrease atomic mass

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• LEDs can replace sunlight as the photon-light source for the Gas Processor Process

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• Electron Extraction Circuit (BB) removes electrons to force gas atoms into Critical-State

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• Resistive components and isolated ground prevent electron replacement during pulsing

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• Dislodged electrons are consumed as heat via an Amp Consuming Device

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• Oxygen atom with <4 covalent electrons cannot reach stable state during ignition

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• Electron Extraction Circuit decreases gas atom mass and generates electrical energy

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• Ambient air gases are laser primed and ionized by the Gas Processor

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• Electron Extraction Circuit captures ejected electrons and blocks electron flow

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• Resultant fuel-gas passes through Quenching Tube to Fuel Injectors for hydrogen utilization

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• Electron Extraction Circuit ionizes ambient air gases via opposing high-voltage fields

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• Electron Extraction Circuit functions like the VIC but adds an amp-consuming device

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• Ambient air gas dielectric breakdown occurs around 17,000 volts across a one-inch gap

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• Voltage plates E3/E4 are made of T304 stainless steel using skin effect configuration

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• Laser energy is injected into the Gas Resonant Cavity via an optical lens to further destabilize gas atoms

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• LED cluster array provides tunable light energy matched to gas absorption rate

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• Light/laser intensity duty cycle is variable from 1Hz to beyond 10kHz

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• Gas Processor assembly consists of gas resonant cavity, electron extraction circuit, and optical lens

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• LED spectrum can span visible to ultraviolet for gas priming, favoring coherent light

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• Sub-critical gas atoms mix with metered fuel-gas and exhaust gas before entering engine cylinder

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• Electron Extraction Circuit captures ejected electrons in the Gas Processor / Ambient Air Ionizer

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• Fuel-Gas Processor acts as Gas Ionization Chamber when VIC (A3) activated

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• Gas Bleed-Off Valve prevents unwanted pressure during engine turn-on

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• Electron Extraction Circuit (BB) removes and consumes dislodged electrons from gas atoms

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• Resistors R4, R6, R7, gas dielectric Rg, and isolated ground W prevent electron replacement during resonant pu...

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• Amp Consuming Device destroys dislodged electrons as heat during alternate pulsing

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• Electron Extraction Circuit routes liberated electrons to an electrical load via positive potential attraction

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• Blocking diodes and gated pulse trains synchronize Electron Extraction with Hydrogen Fracturing

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• Electron Extraction Process prevents spark-ignition by controlling electron build-up and gas flow-rate

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