The extent to which charge carriers can have electrostatic effects in these substances is known as the Debye length.
The Alfven time of waves in these substances is equal to the inner radius of a device used to contain them divided by the Alfven velocity. Rapid oscillations of electron density in these substances are known as (*) Langmuir waves. The extent to which charge carriers can have electrostatic effects in these substances is known as the Debye length. Magnetic fields are used to confine these substances in a toroidal shape in tokamaks. For 10 points, name these ionized substances known as the fourth state of matter.
The Alfven time of waves in these substances is equal to the inner radius of a device used to contain them divided by the Alfven velocity.
plasmas