2021
DOI: 10.1016/j.envres.2020.110507
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Development of PM10 and PM2.5 cyclones for small sampling ports at stationary sources: Numerical and experimental study

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Cited by 12 publications
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“…The cyclone collection efficiency (D p50% ) can be dened by the Lapple model shown in eqn (2), where m, b, N e , V i , and r p are the air viscosity, inlet width, number of effective turns, inlet velocity, and particle density, respectively, which is one of the theoretical formulae for cyclones. 17 Slower ow rates during classication yielded a larger arithmetic mean particle size, in accordance with eqn (2). Consequently, three different particle sizes were successfully obtained using the cyclone system.…”
Section: Analytical Methods Papersupporting
confidence: 80%
“…The cyclone collection efficiency (D p50% ) can be dened by the Lapple model shown in eqn (2), where m, b, N e , V i , and r p are the air viscosity, inlet width, number of effective turns, inlet velocity, and particle density, respectively, which is one of the theoretical formulae for cyclones. 17 Slower ow rates during classication yielded a larger arithmetic mean particle size, in accordance with eqn (2). Consequently, three different particle sizes were successfully obtained using the cyclone system.…”
Section: Analytical Methods Papersupporting
confidence: 80%