Abstract
Radially resolved line-of-sight intensities of the 254 nm resonance line of Hg were measured for cold spot temperatures between 16 °C and 50 °C. The observed normalized intensities agree with line-of-sight intensities predicted by our improved 1D Boltzmann/non-local radiation transport model for fluorescent lamps. An additional comparison with model predictions employing the conventional Holstein theory showed that the latter is inadequate for describing the radiation transport of resonance lines in fluorescent lamps.
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