Optical Thermal Lens

Attested by
Memo WFC 429 — Optical Thermal Lens, held in this archive.

Findings · 15

• Optical thermal lens reflects gas ions through heat zone via two lenses

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• Quenching circuit is a restricted orifice preventing flashback

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• Deflection lens superheats gas beyond 3,000°F to build pressure in thermal zone

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• Energy yield controlled by varying applied voltage or pulse-train

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• Optical thermal lens assembly reflects gas ions through a heat zone before exit

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• Energy yield of thermal lens is controlled by applied voltage/pulse-train

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• Optical Thermal Lens transforms Water Cap into a Vacuum Cavity containing only hydrogen atoms

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• Bifilar wrapped resonant coils (56/62) minimize amp leakage into/out of the Capacitor Vacuum-Gap

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• Energy Pumping Stage (520) uses opposite voltage potentials to produce pulsating Electrical Stress waveform

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• Emitted Energy Radiation wavelets from hydrogen atoms amplify via reflection between end plates

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• Vacuum Chamber (Cv) is constructed of high-temperature quartz material

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• Voltage Zones become Voltage Wave-Guides made of T304 stainless steel

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• Static Electrical Charging Effect set up by simultaneous opposite-side Electrical Stress waveform on hydrogen...

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• Focusing lens redirects radiant energy to a heat diffuser for heat conversion

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• Optical Thermal Lens superheats combustible gas ions beyond 3,000°F for atomic triggering on demand

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