- #1
superg33k
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A plasma is when electrons become unbound by their atoms. So does that mean that you can get a different plasma for all different types of atoms (like gold plasma and helium plasma)?
Also the electrons are not free as they are bound to the plasma (but not individual neuclei) by the magentic currents enduced by the movements of other particles. Are they also bound to the plasma from the electric field of neuclei but just not bound to any particular neuclei? Or is the electric field binding particles to the plasma negligible compared to the magnetic field?
Thanks in advance for your plastastic help.
Also the electrons are not free as they are bound to the plasma (but not individual neuclei) by the magentic currents enduced by the movements of other particles. Are they also bound to the plasma from the electric field of neuclei but just not bound to any particular neuclei? Or is the electric field binding particles to the plasma negligible compared to the magnetic field?
Thanks in advance for your plastastic help.