(3)
Electromagnetic Field
Also written oscillating magnetic field
Where it is first named
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)...
How it is written
- (3) 5×
Drawings 1
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To increase electrical power output further, simply spiral-wrap (1a xxx 1n) non-magnetic tube (1) through said pickup coils-array (2a xxx 2n), as illustrated in Figure 33. · MAGNETIC SPIN GENERATOR
Where it is named · 5
MAGNETIC SPIN GENERATOR 5×
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electromagnetic field (3)
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)...
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electromagnetic field (3)
allowing said electromagnetic field (3) to expand, to pass through and beyond pickup coils (2a xxx 2n), as illustrated in Figure 30ZD.
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electromagnetic field (3)
Once said orientation coils (12/13) become de-energized (switching off applied electrical power), said permanently magnetized particles (16a xxx 16n) now "rotate" or "flip" another 90 degrees to reform electromagnetic field (4) once again while simultaneously "switching on" said electromagnetic field (3).
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electromagnetic field (3)
The collapsing electromagnetic field (3) passes through pickup coils (2a xxx 2n) forming a bipolar voltage pulse across said pickup coils.
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oscillating magnetic field (3)
Power input rotates or spins said particles of gas to produce an oscillating magnetic field (3).
