Influence of slippage of a gas on the resistance of a system of parallel cylinders at small reynolds numbers

Kirsh, A. A.; Stechkina, I. B.; Fuks, N. A.

doi:10.1007/bf01205206

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Experimental Investigation Of Rarefied Air Flow In Thin Screens1

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2015

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“…The screens were placed into filter holders equipped with diffusers located at angles smaller than 14°. The procedure for measuring the pressure drop upon evacuation had been described in [28]. Filtered air, the flow rate of which was measured under normal conditions, was bumped through the stack of screens and a receiver with a vacuum pump.…”

Section: Experimental Investigation Of Rarefied Air Flow In Thin Screensmentioning

confidence: 99%

Diffusion deposition of submicron aerosol particles in screen filters

Kirsh

Negin

et al. 2015

Colloid J

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The deposition of submicron aerosol particles on metal screens has been studied at small Reynolds numbers. The obtained experimental data have been compared with theoretical estimates of the deposition of Brownian particles in a model fibrous filter with allowance for a finite particle size and the existence of a Knudsen boundary layer on a wire surface, with the thickness of the layer being, under normal conditions, comparable with particle sizes. The possibility of using screen diffusion batteries for determining the average diffusion coefficient of submicron particles and as test filters has been discussed.

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Section: Experimental Investigation Of Rarefied Air Flow In Thin Screensmentioning

confidence: 99%