Sunday, December 18, 2016

The Working Of A Magnetic Torsion Accelerator

By Jeffrey Young


The relationship between inertia and angular acceleration is very crucial in every machine design. It is even much important for the customers who wish to retrofit their existing equipment. In order to estimate torques well, you may need to use the magnetic torsion accelerator using a specified swiftness over a stated period of time. Physics prerequisite is required to understand how this works.

To evaluate the angular design of a machine, you will need to have the angular velocity of the same. Angular velocity, measured in radians per unit second, is the result of angular acceleration and moment of inertia. It is quite difficult to get an estimate of the moment of inertia in the real world. In such a case, some variables like inertia are not considered. Nonetheless, this method is of great use when establishing the basics for torque approximation and component sizing purpose.

External current is used to provide energy inputs that galvanize the magnetrons. For commercial purposes, an approximate of 60 megahertz wave guide is used. All the conductors are then safely grounded. The maximum voltage feeder is at forty kilovolts along the current probe and 250 inside the wave guide. It is mandatory to have these specifications when doing a commercial venture. For domestic affairs, the voltage and requirements will be lower.

The magnetic field within the surge guide turns hydrogen gas into ions in the special confinement chamber. Hydrogen ions are then used to facilitate conduction of fields and energy. The three phase electric stators engender magnetic fields that turn into opposite directions. The parallel magnetic fields twist the flux path into the torsion field within the limitation chamber.

The magnetic coil attached to the baseball induce the available current to the confinement chamber. The induced current is used to generate the mirror field which compress the exact field that is inside the confinement chamber. The inertial beam is then passed over the electric induction stators which converges it to the very focus of the field. The entire process adds up to the aggregate vitality that is to be released to the various fusion reactions.

The energy that is released from the torsion field is then compressed to expand the mirror field. The compression of the mirror field and the torsion field inward. The inner compression of the mutually fields burn the plasma to its fusion state. All the available thrust diodes accelerates pushing its entire plasma out. The induction stators continues with the storage of the stored energy inside the magnetic field.

The system works by converting the accelerated ions to direct electric output and then adding a coil to the entire thrust path. The current energy output is then converted to electricity via a means of heat energy in nuclear science. The said means include the liquefied salts as a primary heat exchange media. The medium is primarily used to boil water which is later used to drive steam turbines.

This innovation works on the base of having alternating current supplied to the pair of electric inductors that in turn create a field that rotates on time with the alternating current oscillations.




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