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A plasma is a "bunch" of ionized particles, generally having pretty darn high energies. As they are charged particles, they will obey electromagnetic laws. And one of the consequences of electromagnetic principles is that charged particles moving in a magnetic field will be acted on by a force that is "from the side" and they'll be deflected. Using this principle, a torus or "doughnut" shaped container that has been evacuated and is "enclosed" by magnetic fields will allow a plasma to circulate around in it and not be able to escape. The "walls" are magnetic fields, and these form the "magnetic mirror" spoken of. It isn't so much that the plasma "bounces around" inside the field as it is that the plasma circulates within the confines of the field, which holds the ions in a sort of "stream" that is circulated within its "cage" of magnets. Use the link below to the Wikipedia article on magnetic confinement and check out the diagrams.

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Q: How can plasma be confined in a magnetic mirror machine?
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