Abstract

A new method for transforming observed radiances into the radial distribution of the emission of a plasma is described. It is applicable to optically thin plasmas with cylindrical or spherical symmetry, which are often encountered in plasma physics and astrophysics. The observations are introduced as a sequence of <i>n</i> readings on the experimental curve, which are then transformed to a set of values for the emission coefficient. The transformation coefficients are tabulated for <i>n</i>=10, <i>n</i>=20, and, in part, for <i>n</i>=40. The method is more accurate than previously published ones and is well suited for rapid calculation by electronic computers. The sources of errors are discussed and a numerical method for smoothing the readings is suggested.

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