(6) · also written as a run, 6a xxx 6n
Electrical Conduction Plate
Also written electrical conduction plates · Electrostatic Generator · electrical plates
Where it is first named
The Electrostatic Generator (6) (Voltage Intensifier Circuit 9XA) applied said opposite voltage potential to said screen-grids during the Gas Filtering Process.
How it is written
- (6) 3×
- (6a xxx 6n) 3×
6a xxx 6n is Meyer's shorthand for a run of the same thing: 6a is the first, 6n the last, and the x's stand for however many lie between. Every stage of the run is this one numeral.
Drawings 1
-
Carries this number · ELECTRICAL POLARIZATION GENERATOR
Where it is named · 6
ELECTRICAL POLARIZATION GENERATOR 6×
-
Electrostatic Generator (6)
The Electrostatic Generator (6) (Voltage Intensifier Circuit 9XA) applied said opposite voltage potential to said screen-grids during the Gas Filtering Process.
-
Since the positive electrically charged gas ions (1a xxx 1n) are exposed to said Collector Grid (50) constructed of electrical conducting plates material (6a xxx 6n) such as stainless steel T304, the Collector Grid Assembly (50) becomes positive electrically charged due to the Electrical Skin Effect between said charged gas ions and said electrical conduction plate (6).
-
electrical conduction plate (6)
Since the positive electrically charged gas ions (1a xxx 1n) are exposed to said Collector Grid (50) constructed of electrical conducting plates material (6a xxx 6n) such as stainless steel T304, the Collector Grid Assembly (50) becomes positive electrically charged due to the Electrical Skin Effect between said charged gas ions and said electrical conduction plate (6).
-
electrical conduction plate (6)
Electrical Skin Effect occurs when the electrical field that surrounds the gas ions touches the electrical conduction plate (6), as illustrated in Figure 40.
-
electrical plates (6a xxx 6n)
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.
-
electrical conduction plates (6a xxx 6n)
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)...
