Electron–cyclotron damping of helicon waves in low diverging magnetic fields
Particle-in-cell simulations are performed to investigate wave propagation and absorption behavior of low-field (B0<5 mT) helicon waves in the presence of a diverging magnetic field. The 1D electromagnetic simulations, which include experimental external magnetic field profiles, provide strong evidence for electron–cyclotron damping of helicon waves in the spatially decaying nonuniform magnetic field. For a dipole-type magnetic field configuration, the helicon waves are absence in the...[Show more]
|Collections||ANU Research Publications|
|Source:||Physics of Plasmas|
|01_Lafleur_Electron–cyclotron_damping_of_2011.pdf||Published Version||1.99 MB||Adobe PDF|
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