Abstract
A fluid ponderomotive theory of a nondissipative cold magnetized plasma is presented. It is shown that nonlinear low-frequency dynamics is self-consistently determined by ponderomotive potential force and magnetization terms, both uniquely related to the ponderomotive potential. A compact and general fluid relation between the ponderomotive potential and the linear high-frequency response is derived. Finally, turning to the eikonal representation, a relation to earlier results is established.
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