Abstract
The heat and mass transport in a gas-filled incandescent lamp is governed by convection and heat conduction or mass diffusion, respectively. Proceeding from the basic equations of continuum mechanics a numerical method has been developed to calculate the temperature distribution, the flow field of the filling gas, and the flow of the wire material in a horizontal cylindrical lamp. The results are compared to interferometric temperature measurements and to flow patterns obtained by a tracer technique.
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