Subsystem GASGUN

Hydrogen Gas Gun

The gas resonant cavity — where the fuel gas is ionised and fired, downstream of the cell and distinct from the gas processor that conditions ambient air.

Documents · 15

• Controlled Process For The Production Of Thermal Energy From Gases And Apparatus Useful Therefore

  Uses gas resonant cavity, hydrogen gas gun.

• Stan Meyer Machining Template STLs_5-22-2024

  Uses gas resonant cavity, hydrogen gas gun.

• Process And Apparatus For The Production Of Fuel Gas And The Enhanced Release Of Thermal Energy From Such Gas

  Uses gas resonant cavity.

• Process and apparatus for the production of fuel gas and the enhanced release of thermal energy from such gas

  Uses gas resonant cavity, hydrogen gas gun.

• Hydrogen Gas Gun Technology

  Uses gas resonant cavity, hydrogen gas gun.

• Electron Extraction Process

  Uses gas resonant cavity, hydrogen gas gun.

• Gas Processor

  Uses gas resonant cavity.

• ENERGY of the FUTURE - R&Z - Vol 1 No. 6, 1990

  Uses gas resonant cavity, hydrogen gas gun.

• Mega Watt Gas Yield

  Uses hydrogen gas gun.

• WFC 417 — WFC 417

  Uses gas resonant cavity, hydrogen gas gun.

• 3" Gas Resonant Cavity (aka Hydrogen Gas Gun)

  Uses gas resonant cavity, hydrogen gas gun.

• Process & Apparatus For The Production Of Fuel Gas & The Enhanced Release Of Thermal Energy From Such Gas

  Uses gas resonant cavity.

• CIRCUIT COMPONENT INTERACTION

  Uses gas resonant cavity.

• In Summation

  Uses hydrogen gas gun.

• Hydrogen Gas Gun - 3D STLs

  Uses hydrogen gas gun.

Findings · 15

• Electron Extractor Grid (51) placed above the Gas Resonant Cavity to capture liberated electrons

  Uses gas resonant cavity, hydrogen gas gun.

• Hydrogen Gas Gun is scalable from spark-plug size to rocket-engine size

  Uses hydrogen gas gun.

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

  Uses gas resonant cavity.

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

  Uses gas resonant cavity.

• Argon gas dielectric constant forms the Gas Resonant Cavity capacitor

  Uses gas resonant cavity.

• Electron Extraction Process (BB) is also called the Gas Resonant Cavity

  Uses gas resonant cavity.

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

  Uses gas resonant cavity.

• Gas resonant cavity uses lasers or photon source to promote gas ionization

  Uses gas resonant cavity.

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

  Uses gas resonant cavity.

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

  Uses gas resonant cavity.

• Gas Resonant Cavity applies Electrical Polarization Process to NO2

  Uses gas resonant cavity.

• Gas atoms pass through Gas Resonant Cavity to second laser energy source at higher voltage

  Uses gas resonant cavity.

• Electron Extraction Process (BB) is called the Hydrogen Gas Gun, mounted on Resonant Cavity Assembly

  Uses hydrogen gas gun.

• Ignited gas ions from Gas Resonant Cavity release thermal explosive energy beyond Gas-Flame Stage

  Uses gas resonant cavity.

• Add-on Resonant Cavities arranged beneath Hydrogen Gas Gun in parallel vertical Cluster-Array increase energy yield

  Uses hydrogen gas gun.

Photographs · 11

From the bench · 56

• established · 0.90 Gas atoms pass through Gas Resonant Cavity to second laser energy source at higher voltage
• established · 0.90 Resonant frequency is independent of voltage amplitude
• established · 0.90 Resonant Pulse Waves increase flame-front energy yield beyond normal combustion
• established · 0.90 Resonant cavity plates made of stainless steel T-304
• established · 0.90 Electron field voltage of several thousand volts triggers ion formation
• established · 0.90 Alternating pulse train (ON/OFF) circuit uses a blocking diode and resistance wire
• established · 0.90 Laser injection into Resonant Pulse Waves elevates plasma temperature
• established · 0.90 Combustible gases return to stable state as de-energized water mist after energy release
• established · 0.90 Injector/electrode plates constructed of stainless steel T-304
• established · 0.90 Hydrogen fracturing thermal zone exceeds 2500°F
• established · 0.90 Ionization triggered at potential of approximately several thousand volts
• established · 0.90 Positive and negative voltage pulses simultaneously separate electron from nucleus
• established · 0.90 Laser pulse rate and intensity are varied to match ion absorption rate
• established · 0.90 Flame-Front shape determined by combined voltage pulse and gas pressure states
• established · 0.90 Taper Resonant Cavity suited for I.C. engines and rocket engines
• established · 0.90 Expanding Resonant Cavity suited for furnace applications
• established · 0.90 Linear Resonant Cavity suited for cutting-torch applications
• established · 0.90 Resonant Pulse Voltage ionizes liberated gases via electron ejection
• established · 0.90 Electrostatic Pressure thermally ignites ionized gas mixture at Energy Apertures
• established · 0.90 Absorbed laser energy deflects electrons during voltage-pulse Off-Time

All 56 findings for GASGUN →