Dependence of nonlinear response and magnon scattering on material properties

Magnon scattering studies can play a crucial role in revealing fundamental aspects of magnon physics. Due to the nonlinear nature scattering, such are also important for applications ranging from traditional microwave signal processing novel magnon-based computation. In this work, simulations employing realistic material parameters used demonstrate tunable properties. The changes affected through modification dispersion relation magnetic system. It is demonstrated that response very sensitive sample film thickness while showing relatively weaker dependence on saturation magnetization. Aside contributions understanding magnons, results presented useful establishing design rules applications.