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Performance evaluation reveals how inlet flow rates affect PM1 cyclone separator effectiveness.
Performance of PM 1 cyclone separator, a measuring system based on static chamber method was set up. By utilizing 6 different sizes of polystyrene microbeads samples, the penetration curve of the BGI PM 1 cyclone separator was observed after data fitting. The experiment result showed that the D a 50 of PM1 cyclone is within 1.0±0.1μm, and the geometric standard deviation is within 1.2±0.1. The influence of inlet flow rates on the performance of PM 1 cyclone separator was also studied. According to the experiment results, the D a 50 of PM 1 cyclone separator decreases as the inlet flow rate increases, and the geometric standard deviation did not fluctuate significantly. This research provides information for the study of other kinds of cyclone separators in the future.
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Liu et al. (2025) studied this question.
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