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private:writeups:plasmaphysics [2020/07/16 14:59] admin [Electrical conductivity] |
private:writeups:plasmaphysics [2020/07/16 15:00] (current) admin |
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| When forces are applied to a plasma (or any fluid) in the presence of a damping force (viscosity, friction, collisions, etc), the plasma achieves a steady-state velocity (i.e. terminal velocity) with the form | When forces are applied to a plasma (or any fluid) in the presence of a damping force (viscosity, friction, collisions, etc), the plasma achieves a steady-state velocity (i.e. terminal velocity) with the form | ||
| - | $\left< v \right> = \text{constant} * \frac{F_{orces}}{e} $. | + | $\left< v \right> = \text{constants} * F_{orces}$. |
| If the forces are electromagnetic, | If the forces are electromagnetic, | ||