Mathieu Differential Equations
Mathieu's equation is related to the wave equation for the elliptic cylinder. In 1868, the French mathematician Émile Léonard Mathieu introduced a family of differential equations nowadays termed Mathieu equations.
Given, the Mathieu equation is given by
The Mathieu equation is a linear second-order differential equation with periodic coefficients. For q = 0, it reduces to the well-known harmonic oscillator, a being the square of the frequency.
The solution of the Mathieu equation is the elliptic-cylinder harmonic, known as Mathieu functions. They have long been applied on a broad scope of wave-guide problems involving elliptical geometry, including:
- analysis for weak guiding for step index elliptical core optical fibres
- power transport of elliptical wave guides
- evaluating radiated waves of elliptical horn antennas
- elliptical annular microstrip antennas with arbitrary eccentricity )
- scattering by a coated strip.
Read more about this topic: Mathieu Wavelet
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