Abstract
The theoretical considerations, design and evaluation of a novel inertial impactor is presented. A multistage sampler was designed to collect the wide range of giant particles present in the atmosphere. Each stage of the sampler has a different collection efficiency based on variations in either the width of the collector or the velocity of flow. This instrument was inexpensive to construct, was sturdy, and each stage need be operated only in the optimum performance range where collection efficiencies are high and deposited particles are uniformly distributed.
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