(8)
Positive Electrical Terminal
Also written electrical terminal · electrical points · terminal post
Where it is first named
The resultant positive electrical potential (7) is now applied to positive electrical terminal (8).
How it is written
- (8) 7×
- (8/11) 1×
Drawings 1
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The atoms having missing electrons now become positive charge gas ions (1) while atoms having more electrons than normal become negative charge gas ions (2). · ELECTRICAL POLARIZATION GENERATOR
Where it is named · 8
ELECTRICAL POLARIZATION GENERATOR 8×
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positive electrical terminal (8)
The resultant positive electrical potential (7) is now applied to positive electrical terminal (8).
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electrical terminal (8)
To increase said positive electrical potential (7) (voltage potential) across said electrical terminal (8), simply increase the surface areas of said electrical plates (6a xxx 6n) while increasing the number of electrically charged particles (1a xxx 1n) touching said expanded collection plates.
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positive electrical terminal (8)
Since electrical differential exists between electrical ground (11) and said positive electrical terminal (8), electrical work (consuming electron flow) is now performed when an electrical load is placed between said electrical points (8/11).
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electrical points (8/11)
Since electrical differential exists between electrical ground (11) and said positive electrical terminal (8), electrical work (consuming electron flow) is now performed when an electrical load is placed between said electrical points (8/11).
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positive electrical terminal (8)
Said Electrical Work occurs when the negative electrically charge electrons from ground connection (11) move toward and through said electrical load (9) to positive electrical terminal (8).
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terminal post (8)
The traveling electrons continue along an electrical pathway (electrical conductor attached between said terminal post (8) and said plates) to electrical conduction plates (6a xxx 6n)...
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electrical terminal (8)
To maintain a constant flow of electrons toward said electrical terminal (8), simply maintain the gas-flow through the gas accumulator cavity (30).
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electrical terminal (8)
Of course, amp flow is minimized between said electrical load (9) and said electrical terminal (8) since said electrical load consumes electrical power (consuming electrons) in the form of electrical heat.
