(110)
Gas Resonant Cavity Structure
Also written Gas Resonant Cavity
Where it is first named
To further stimulate and help the ELECTRON ENTRAPMENT PROCESS beyond the atomic level (taking away and capturing the liberator electrons during the Hydrogen Fracturing Process) (see Figure 206 as to Figure 20F, once again), an ELECTRON EXTRACTOR GRID (51) is placed on top of and in space relationship to said Gas Resonant Cavity Structure (110), as illustrated in Figure 20YID as to Figure 20JX.
How it is written
- (110) 2×
Drawings 5
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G38/39 · Hydrogen Gas Gun Technology
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Carries this number · Hydrogen Gas Gun Technology
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Carries this number · Hydrogen Gas Gun Technology
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Figure 20F · Hydrogen Gas Gun Technology
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The highly energized nuclei causes electron deflection to a higher orbital state, as further illustrated in Figure 20F as to Figure 20G and 20K. · Hydrogen Gas Gun Technology
Where it is named · 2
Hydrogen Gas Gun Technology 2×
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Gas Resonant Cavity Structure (110)
To further stimulate and help the ELECTRON ENTRAPMENT PROCESS beyond the atomic level (taking away and capturing the liberator electrons during the Hydrogen Fracturing Process) (see Figure 206 as to Figure 20F, once again), an ELECTRON EXTRACTOR GRID (51) is placed on top of and in space relationship to said Gas Resonant Cavity Structure (110), as illustrated in Figure 20YID as to Figure 20JX.
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Gas Resonant Cavity (110)
The Electron Extraction Process also prevents spark-ignition of said combustible gases traveling through said Gas Resonant Cavity (110) since electron build-up is being prevented.
