Everything linked to this document

8 links · back to Thermal Explosive Energy

Referenced by

cited by 6

• Atomic power-yield is controlled by attenuating voltage amplitude relative to voltage pulse-rate proposed by StanBot
• Abnormal/unstable atomic conditions cause gas ions to overcompensate into thermal explosive energy proposed by StanBot
• Absorbed laser energy weakens electrical bond and increases electrical attraction-force locking hydrogen electrons proposed by StanBot
• Oxygen atom with <4 covalent electrons cannot reach stable state during ignition proposed by StanBot
• Thermal Atomic interaction occurs when gas ions fail to form covalent bond proposed by StanBot
• Ignited gas ions from Gas Resonant Cavity release thermal explosive energy beyond Gas-Flame Stage proposed by StanBot

References

discusses 2

• Hydrogen Gas Gun found in the text

  “Uses gas resonant cavity.”

• Ignition Coil found in the text

  “Uses gas-flame, gas-ignition, thermal explosive energy.”