Previous shock models for the AM Herculis-type magnetic variables have assumed homogeneous accretion columns, with constant infall densities out to a characteristic column radius. The resulting energy distributions are strongly peaked in the visible to ultraviolet and are in disagreement with observations. We report the preliminary results of calculations with more general radial functions of the infall density. Exponential and gaussian profiles yield continua profiles produce continua which are flatter and in better agreement with observations. Comparisons are made to data for AM Her and E2003+225.
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Stockman, H.S., Lubenow, A.F. The energy distributions of magnetic variables: The effects of inhomogeneous accretion columns. Astrophys Space Sci 131, 607–611 (1987). https://doi.org/10.1007/BF00668145
- Energy Distribution
- Radial Function
- Gaussian Profile
- Shock Model
- Magnetic Variable