What are gundams powered by?

What are gundams powered by?

Electricity can be obtained directly from the reactor core via magnetohydrodynamics (MHD), and the heat emitted by the reactor can also be converted to electrical power using turbines. In this fashion, the reactor provides the mobile suit with an abundant supply of electricity.

How do Minovsky particles work?

The main use of the Minovsky particle was in combat and communication. When the Minovsky particle is spread in large numbers in the open air or in open space, the particles disrupt low-frequency electromagnetic radiation, such as microwaves and radio waves.

Are gundams nuclear powered?

One example would be the inherent risk of even piloting the mechs. Each Gundam mobile suit contains a nuclear reactor, which is many times located dangerously close to the pilots themselves. While Gundam battles usually result in mass casualties, just jumping inside the mobile suits can be just as dangerous.

What is N Jammer Canceller?

A device used to disable the effects of Neutron Jammers. When activated, nuclear fission becomes possible, and radio disturbance and the like will no longer occur.

Where can I find more information about apogee motors?

Apogee motors are featured in our Bipropellant Thruster Brochure, available to view online from where it may be downloaded. If you require the printed version of this brochure, or more detailed information about this product please contact us. See the complete list of our space propulsion brochures available for download.

What is an apogee kick motor?

An apogee kick motor (AKM) is a rocket motor that is regularly employed on artificial satellites to provide the final impulse to change the trajectory from the transfer orbit into its final (most commonly circular) orbit.

What is waxwing apogee motor?

A Waxwing apogee kick motor. An apogee kick motor (AKM) is a rocket motor that is regularly employed on artificial satellites to provide the final impulse to change the trajectory from the transfer orbit into its final (most commonly circular) orbit.

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