DRAWINGS
FIG. 1. Is a schematic diagram of a Universal Particle Flux Field (Uniton Flux Field) with arbitrary 60.degree. flux grid lines, and with a single spherical impedance, indicating singly attenuated Flux Lines. Each intersection represents schematically a spherical solid angle converging/diverging Uniton Flux trajectories, in 4 dimensions (spatial and time).
FIG. 2. Is a schematic diagram of a Uniton Flux Field with arbitrary 60.degree. flux grid lines, and with two spherical impedances, indicating singly and doubly attenuated Flux Lines. Each intersection represents schematically a spherical solid angle converging/diverging UP Flux trajectories, in 4 dimensions (spatial and time).
FIG. 3. Is a schematic diagram of the theoretical Shaded Rotor Uniton Flux Pressure Converter device, in an arbitrary 60.degree. flux grid. Each intersection represents schematically a spherical solid angle converging/diverging Uniton Flux trajectory, in 4 dimensions (spatial and time).
FIG. 4. Is a schematic diagram of the (spherical solid angle) Uniton Flux emanating from a Supernova, superimposed on the Universal Uniton Flux Field.
FIG. 5. Is a schematic diagram of Supernovae and Black Holes Dispersion in a rectangular array (purely for illustrative purposes) in one plane, with the detectable border of "our" Universe indicated in an oblique planar section.
FIG. 6. Is a schematic diagram of the Earth's gravitational field vector "n" at the surface, resulting from the vector sum of "N" and "N.sub.E ", the vertical components of the Uniton Flux Field density in the vertical direction.
FIG. 7. Is a schematic diagram indicating characteristic elemental attenuation of the Uniton Flux traversing 2 equal elemental volumes with equal impedances 2 ".DELTA.V.sub.S " in series, and 2 ".DELTA.V.sub.P " in parallel.
FIG. 8. Is a schematic diagram of two adjacent parallel plates, with conventional symbols referred to in the Detailed Description.
FIG. 9. Is the top view of the Magnetic Shaded Rotor Uniton Flux Pressure Converter.
FIG. 10. Is an enlarged partial cross sectional elevational view of the Magnetic Shaded Rotor Uniton Flux Pressure Converter shown in FIG. 9.
FIG. 11. Is a top view of the Electrostatic Shaded Rotor Uniton Flux Pressure Converter, with thin tangential stationary shading plates.
FIG. 12. Is an elevational view of the Electrostatic Shaded Rotor Uniton Flux Pressure Converter, with thin tangential stationary shading plates.
FIG. 13. Is a top view of the Electrostatic Shaded Rotor Uniton Flux Pressure Converter, with trapezoidal stationary shading plates of long flux impedance paths.
FIG. 14. Is an elevational view of the Electrostatic Shaded Rotor Uniton Flux Pressure Converter, with trapezoidal stationary shading plates of long flux impedance paths.
FIG. 15 Is a schematic isometric view of a modified Coulomb Torsional Balance set up to measure Neutrino Flux Pressure, from a nuclear fission driven high intensity Beta/Neutrino Source.
DETAILED DESCRIPTION
A schematic diagram of the proposed field configuration, with one spherical impedance, is shown in FIG. 1. A typical 60 degree grid is shown, with un-attenuated particle Flux Lines 1 (solid lines), and with singly attenuated Flux Lines 2 (dashed lines), which have traversed impeding body 6. Flux lines intersect at typical Grid Intersections 4. The actual particle flux field is in all four dimensions: X,Y,Z, and Time. At typical Grid Intersections 4, the Universal Particle Flux or Uniton Flux traverses substantially to and from every point in the Universe in four dimensional space (convergent/divergent field). A typical schematic spherical solid angle Convergent/Divergent Point 5 is shown at a typical Grid Intersection 4. The mean free path of the Universal Particle (Uniton), which from astronomical observations of gravitation between celestial bodies, appears to be measured in millions of light years in vacuum. With one impedane the flux field is substantially constant from all directions on Impeding Body 6, so that no net force is produced on it.
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