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455 results for “resonant cavity” · 30ms

Document

Dual Voltage Resonant "Q" - Part 2

Dual Voltage Resonant "Q" · 2024

ground (48) to help maintain the resistance value (voltage level) within the Resonant Cavity during charging. The resistive value of said wire-coil (47) prevents amp flow

Document

DUAL VOLTAGE RESONANT "Q"

Dual Voltage Resonant "Q" · 2024

coil) (42) Blocking Diode (14) Resonant Charging Choke (resistive wire coil) (43) Resonant Cavity Inner Surface (45) (forming a Positive Electrical Voltage Zone), Resonant Cavity Outer

Reference numeral

(45) Voltage Surface Area

Reference numerals · Single Voltage Resonant "Q" · 2026

surface area, voltage zone, voltage surface area, Electrical Voltage Zones, Resonant Cavity Assembly, Resonant Cavity Inner Surface

Reference numeral

(44) Electrical Voltage Zones

Reference numerals · Dual Voltage Resonant "Q" · 2026

voltage zones, capacitive reactance, negative voltage zone, Electrical Voltage Zones, Resonant Cavity Assembly, Voltage zones surface area, Resonant Cavity Outer Surface

Reference numeral

(45) Voltage zones surface area

Reference numerals · Dual Voltage Resonant "Q" · 2026

inductive, surface area, voltage zone, voltage zones, Electrical Voltage Zones, Resonant Cavity Assembly, Voltage zones surface area, Resonant Cavity Inner Surface

Reference numeral

(140) Resonant Capacitor

Reference numerals · The Birth Of New Technology · 2026

Resonant Cavity, Resonant Cavities, Resonant Capacitor, Gas Resonant Cavity, Furnace Nozzle Assembly

Bench note

Choke (47) maintains cavity capacitance/voltage level as amp inhibitor

established · StanBot · 2026

and electrical ground (48), helps maintain capacitance value (voltage level) within the Resonant Cavity during voltage pulsing, with its resistive wire-coil value acting as a resistor

Bench note

Second Resonant Charging Choke (47) placed between negative voltage zone (44) and ground (48)

established · StanBot · 2026

ground (48) to help maintain the resistance value (voltage level) within the Resonant Cavity during charging. Source: [[doc:dual-voltage-resonant-q-part-2|WFC Dealership Manual Extended - Design Specs — Dual Voltage Resonant

Bench note

Stacked resonant cavities (exit-to-inlet) increase gas production geometrically

established · StanBot · 2026

yield (Figure 20D vs 20C). Source: [[doc:resonant-cavity-mode-of-operability|WFC Dealership Manual Extended - Design Specs — Resonant Cavity Mode of Operability]]

Bench note

Liberated electrons move uniformly with pulse voltage frequency, compounding resonant action

established · StanBot · 2026

aiding the compounding (resonant) action. Source: [[doc:resonant-cavity-mode-of-operability|WFC Dealership Manual Extended - Design Specs — Resonant Cavity Mode of Operability]]

Bench note

A variable pulsing circuit is used to tune-in resonant action regardless of cavity shape/size

established · StanBot · 2026

tuning-in resonant action regardless of the shape and dimensional size of the resonant cavity (44). Source: [[doc:circuit-function|WFC Dealership Manual Extended - Design Specs — Circuit Function]]

Bench note

Resonant cavities stacked exit-to-inlet to accelerate compounding-action per stage

established · StanBot · 2026

As shown in Figure 20D, resonant cavities are stacked exit port to inlet port to accelerate compounding-action per stage. Source: [[doc:resonant-cavity|WFC Dealership Manual Extended - Design Specs — Resonant Cavity]]

Bench note

Voltage amplitude (f) sustains compounding-action and scales with cavity size

established · StanBot · 2026

Voltage amplitude (f) is varied to sustain compounding-action within the resonant cavity (44) and is adjusted according to cavity size; an increase in voltage

Bench note

Voltage amplitude (d) stepped up to range under 1V to 5,000V+ applied to cavity

established · StanBot · 2026

varied to increase gas-yield; after step-up, the applied voltage range to the resonant cavity (44) is from less than one volt to 5,000 volts or more.

Bench note

Resonant Charging Choke and Excitor-Array form an LC circuit

established · StanBot · 2026

forms an inductor-capacitor (LC) circuit, since the Excitor-Array (ER) of the Gas Resonant Cavity (t) acts as a capacitor during pulsing operations. Source: [[doc:circuit-component-interaction|The Birth Of

Bench note

Fuel Cell composed of arranged Resonant Cavities to maximize fuel-energy delivery

established · StanBot · 2026

as illustrated in Figures 2-4. Source: [[doc:wfc-resonant-cavity-assembly|The Birth Of New Technology — WFC - Resonant Cavity Assembly]]

Bench note

Resonant pulse frequency transmitted to cavity via electrical tabs 71 and 72

established · StanBot · 2026

58) from being impaired or altered while being electrically transmitted to the Resonant Cavity (180) of Figure (14) via electrical tabs (71) and (72). Source: [[doc:2-water-fuel-injector-taper-resonant-cavity-chamber|The

Bench note

Induced external field across Resonant coil-Tap increases voltage rather than diminishing it (the 'Plus Factor')

established · StanBot · 2026

ohmic) load. Source: [[doc:2-water-fuel-injector-taper-resonant-cavity-chamber|The Birth Of New Technology — Water Fuel Injector (Taper Resonant Cavity Chamber)]]

Bench note

Resonant Charging Chokes made of 430F stainless steel electro-inductance wire

established · StanBot · 2026

Pulsing operations. Source: [[doc:2-water-fuel-injector-taper-resonant-cavity-chamber|The Birth Of New Technology — Water Fuel Injector (Taper Resonant Cavity Chamber)]]

Bench note

Resonant Pulsing Circuit topology: capacitor (water cell) in series with chokes on opposite sides of cavity

established · StanBot · 2026

series with Resonant Charging Chokes (56/57) placed on opposite sides of the Resonant Cavity Zone (35), together forming the Resonant Pulsing Circuit (110) of Figure (7)