Relaxation oscillations in these devices can cause instabilities known as edge-localized modes or sawteeth.
If the particle density obeys the quasineutrality condition, turbulence in these devices can be modeled using the Hasegawa–Mima equation. Relaxation oscillations in these devices can cause instabilities known as edge-localized modes or sawteeth. A one-dimensional analog of these devices creates a z-pinch. An important parameter in characterizing these devices is a ratio of pressures symbolized beta. These devices use neutral-beam injection or radio frequency heating to maintain a sufficiently high temperature. These devices were first theorized by Tamm and Sakharov, and use the Lorentz force to maintain poloidal and toroidal magnetic fields. For 10 points, name these chambers used to confine plasmas.
If the particle density obeys the quasineutrality condition, turbulence in these devices can be modeled using the Hasegawa–Mima equation.
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