The permanence of density waves of galaxy and the numerical investigation of waser mechanisms

Astronomy and Astrophysics – Astronomy

Scientific paper

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Density Wave Model, Galactic Structure, Spiral Galaxies, Astronomical Models, Asymptotes, Eigenvalues, Eigenvectors, Quantum Numbers

Scientific paper

The propagation of a density wave over the symmetric plane of the galaxy disk is examined analytically with a simplified talaxy model in order to present numerical results of the amplitude distributions, pattern speed, and growth rates. The calculations are designed to find a mechanism which supports the continuous existence of galactic spiral arms. The dynamics of density waves are shown to include a series of growing modes with discrete spectra. The growth rate diminishes as the quantum number increases, and the position of the galactic corotation circle moves outward. The density wave displays a tunneling effect when encountering the potential barrier inherent to the corotation circle, and moves across the barrier.

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