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Abstract
The collection efficiency of a dust gauge is analysed using the inviscid theory of hydrodynamics. The classical methods of conformal mapping and the Milne-Thomson circle theorem are used to obtain the airflow around the dust gauge. Then, using the Stokes drag equations, the dust particle paths are found. The variation of the collection efficiency of the gauge with particle size is obtained and used to determine the true dust particle size distribution from an experimental distribution.
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