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|Title||Strongly nonlinear magnetostatic surface waves in a grounded ferrite film|
The dispersion relation of strongly nonlinear magnetostatic surface waves in a grounded ferrite (YIG) film bounded by a nonlinear dielectric cover is computed. It is found that the dispersion can be tuned and controlled by selecting the film thickness in both directions of propagation where nonreciprocity is obtained. The effect of applied magnetization is also discussed.
|Published in||physica status solidi (a)|
|Series||Volume: 149, Number: 2|
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