Titlebook: Electromagnetics in a Complex World; Challenges and Persp Innocenzo M. Pinto,Vincenzo Galdi,Leopold B. Felse Conference proceedings 20041st

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Valves

nonchalance

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https://doi.org/10.1007/978-3-662-33961-9ndom environments. For computations of the statistical measures it is desirable therefore to possess a solution for the high-frequency field propagating along an isolated ray trajectory. In this work a new reference wave is applied to obtain an analytic solution of the parabolic wave equation descri

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https://doi.org/10.1007/978-3-662-32906-1in [., ., .] which suggests several types of hybrid methods. In this contribution we introduce the external and internal hybridization schemes: in the former, a volume of space is subdivided into subregions where different numerical methods are used, while in the latter, different numerical methods

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https://doi.org/10.1007/978-3-642-60817-9earby phase-space trajectories describing the (e.g., time) evolution of a (even feebly) nonlinear dynamic system with sufficiently many degrees of freedom, resulting in long-time algorithmic unpredictability and random-like behavior [.]. Despite the pervasiveness of chaos in physics, chaotic phenome

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Structures and Properties of Helicenesut loss of generality, a circularly symmetric cone which separates two simple media having different constitutive parameters, and tries to reveal the asymptotic behaviour of the electromagnetic field created near the apex of the cone by any rotationally symmetric source distribution. To cover variou

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S. L. Hazell,M. A. Trend,G. L. Mendzals inside as well as outside the wedge by taking the geometric optics fields as the approximate boundary fields in the interfaces for plane wave incidence. One may add the correction surface currents along the wedge interfaces to the physical optics solutions, where the correcting currents are expa