How A Magnetic Torsion Accelerator Works

By Jeffrey Young


The relationship between angular acceleration and moment of inertia is very crucial when designing machine designs. The knowledge is even much important for the clients who may wish to retrofit their machines. To have a good estimate of the torques, you may have to use a specified magnetic torsion accelerator that uses a preset speed over a recognized period of time. To understand how the accelerator works, prerequisite knowledge in Physics is mandatory.

Angular velocity, which is measured in radians per second is useful when calculating the angular design of a machine. The reason is, torque is a product of moment of inertia and angular acceleration. In real life however, it is quite difficult to estimate the moment of inertia. Most crucial variables like inertia are not taken into account. Nonetheless, the method is still useful when establishing the baseline for component sizing purpose and approximating the torque requirement.

To trigger the magnetrons into the field, external energy input is considered. In case of commercial use, you need an approximate of sixty megahertz wave guide. For this to work, all the available conductors need to be grounded safely. The maximum voltage feed is 250 kilovolts inside the stated wave guide and 40 kilovolts to the current probe. All these are mandatory when generating power for commercial use. In case of domestic use, the specifications and requirements will be lower.

The specific model works by turning the hydrogen gas in the surf guide to ions. The ions facilitate in the conduction of energy and magnetic field. The three phase stators, create the attractive fields that run in opposite directions. While in the internment chamber, the magnetic and torsion field twist the entire flux path.

The magnetic confinement coil on the baseball induce the current to the spherical confinement chamber. Here, the induced current generates the mirror filed that compress the torsion field in the incarceration chamber. The inertia beam then passes via the electric stimulation stators which in turn unite it to the epicenter of the field. This process adds the cumulative energy that is released to various fusion reactions.

The energy released from the torsion field compresses and expands the mirror field. The inward firmness of the torsion and the mirror field heat the plasma to a fusion state. All the thrust diodes accelerate thus pushing the plasma outward. The induction stators thus continue to store energy in the field. The continued storage of energy in the field ensure that plasma is heated to a fusion state always.

The entire system works to convert the accelerated ions to a direct electric output then adding another to the thrust path. The energy produced is then converted via the means of heat energy in the nuclear science. The mentioned means include the smelted salt as the main heat exchange medium. The primary media then heats water that is later used in the steam turbines.

The operation of this discovery is to have alternating current being supplied to the first pair of electric inductors that create a field rotating on time with the various alternating current oscillations. Fields that counter rotate double their relative speed that twist the poloidal flux into a torsion field.




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