(7)
Air Gap
Also written electromagnetic field
Where it is first named
To permanently magnetize said particles of gas (16) inside said tubular structure (1), simply apply an electrical potential across said pickup coils (2a xxx 2n) to form electromagnetic field (4) jumping across the air gap (7) of Figure 30ZC.
How it is written
- (7) 3×
Drawings 1
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allowing said electromagnetic field (3) to expand, to pass through and beyond pickup coils (2a xxx 2n), as illustrated in Figure 30ZD. · MAGNETIC SPIN GENERATOR
Where it is named · 3
MAGNETIC SPIN GENERATOR 3×
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air gap (7)
To permanently magnetize said particles of gas (16) inside said tubular structure (1), simply apply an electrical potential across said pickup coils (2a xxx 2n) to form electromagnetic field (4) jumping across the air gap (7) of Figure 30ZC.
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air gap (7)
By simply "switching on" said variable gate circuit (EE), a voltage pulse of a given duration is applied to both orientation coils simultaneously... producing electromagnetic fields (5/6) of equal magnitude in a North to South relationship to said air gap (7) as shown in Figure 30ZD.
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electromagnetic field (7)
Once said orientation coils (12/13) become "electrically energized" and form electromagnetic fields (5/6), the electromagnetic field (7) across said air gap (4) of Figure 30ZC is terminated since said particle alignment of said gas (16) is "rotated" or "flipped" 90 degrees from point of Quiescent... forming electromagnetic field (3) of Figure 30 along the longitudinal axis of said tubular structure (1)...
