PrimerFusion Science 401
This cross-section view shows the magnetic orientation of the fields within the bowl-shaped magnetic array. The ejection jet is indicated by the green arrows. The Flip Ring is yellow, and the Confinement Dome is shown in magenta.
Another image view shows the magnetic orientation of the fields within the bowl-shaped magnetic array. The ejection jet is indicated by the green arrows. The Flip Ring is yellow, and the Confinement Dome is shown in magenta.
This animation shows a liner being inserted in a bowl-shaped magnetic array.
The magnetic zone referred to as the “Flip Ring” is shown in yellow, and the magnetic structure referred to as the “Confinement Dome” is shown in magenta. Both the Flip Ring and the Confinement Dome are invisible magnetic structures, but they cause plasma to form deposits as shown in the photo below.
This photo shows the rainbow ring in the middle of a golden ring deposit created by plasma at the flip ring.
This animation shows a bowl-shaped magnetic array cross-section view with the flip ring in yellow and the confinement dome in magenta.
Now we have a complete flip ring with the plasma particle flow indicated by red arrows.
Now we have red arrows indicating the plasma particle flow around the fusion initialization zone indicated by the green cylinder.
The red arrows indicate plasma particle flow and the green cylinder indicates where fusion initialization occurs. The plasma particle flow (red arrows) compresses the plasma evenly from all sides. There is a very high magnetic flux density in this zone. The location of the emitter electrode within this zone is critical in maximizing fusion reactions. The image below shows another view of the Fusion Initialization Zones in a PrimerFusion reactor.
This image shows the location of the Fusion Initialization zones within a PrimerFusion reactor. In our new PrimerFusion reactor, we hope to see Secondary Fusion reactions within the central area of the reactor due to increased magnetic flux density and greatly increased energy input.
A top view of the Fusion Initialization zone (green cylinder)
This animation shows that the Rainbow Ring deposit is formed at the bottom of the Fusion Initialization zone.
The Rainbow Ring deposit is formed at the bottom of the Fusion Initialization zone. Notice the 3D appearance of this deposit. Obvious signs of possible transmutation of elements occur throughout the PrimerFusion reactor but are most noticeable in the Rainbow Ring deposit.
This video shows a single bowl-shaped magnetic array from an Ion Thruster experiment. Reaction rates greatly increase when the emitter is placed within the Fusion Initialization zone. This video shows an electrical polarity reversal signified by the color change of the plasma. You can see the Rainbow Ring at the bottom of the bowl under the emitter. The rotation of the plasma around the collector screen is evident at certain angles in this video. You can also see the Confinement Dome and the location of the Flip Ring in this video.