Steam Resonator

Attested by
Memos WFC 427-DA — Steam Resonator Manual and WFC 430 — Steam Resonator, held in this archive.

Findings · 23

• WFC Steam Resonator incorporates the VIC Switchover Circuit to cause Particle Oscillation

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• WFC Steam Resonator heats water by oscillating bipolar water molecules with opposite voltage fields, without a...

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• Steam Resonator (450) inserts into Fuel Cell (120) for cold-weather operation

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• Positive pulse deflects water molecule toward plate E5 via attraction and repulsion forces

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• Reversing to negative pulse deflects water molecule toward opposite plate E6

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• Repeated molecular deflection produces kinetic particle-impact energy that heats the water bath

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• Repetitive opposite-polarity pulses at a set pulse frequency heat water bath to desired temperature

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• Steam Resonator purpose: superheated steam via pulsating voltage fields with restricted amp flow

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• Sequential gate circuit alternates Q5/Q6 via optocouplers 51/52

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• Gate circuit regulates duty pulse up to 1 MHz or more

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• Duty pulse across primary coil (54) induces field coupled to pickup coil (56)

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• Two VIC circuits (60) and (70) drive opposing Excitor Plates forming the Steam Resonant Cavity

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• Alternating unipolar pulses between Excitor Plates increases steam production rate

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• Water molecule deflects toward energized Excitor Plate due to opposite-charge attraction

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• Increasing DC power supply (30) voltage amplitude increases steam yield

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• Steam Resonator design session v1: best candidate (0.62kg/hr, 0% non-ohmic)

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• Steam Resonator design session v1: reasoning

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• Steam Resonator design session v2: best candidate (28.20kg/hr, 0% non-ohmic)

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• Steam Resonator design session v2: reasoning

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• Steam Resonator design session v3: best candidate (3.67kg/hr, 0% non-ohmic)

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• Steam Resonator design session v3: reasoning

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• Steam Resonator design session v4: best candidate (3.83kg/hr, 0% non-ohmic)

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• Steam Resonator design session v4: reasoning

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