On the hypothesis of particle fragmentation during evaporation

J. V. Iribarne; D. Cork; B. Y.H. Liu; David Y Pui

doi:10.1016/0004-6981(77)90118-4

On the hypothesis of particle fragmentation during evaporation

J. V. Iribarne, D. Cork, B. Y.H. Liu, David Y Pui

Mechanical Engineering

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Abstract

Several different experiments were performed, in an effort to settle the question of possible effects of condensation nuclei multiplication when solution droplets evaporate. NaCl was used and the size range covered was 0.04-0.7 μm. The results were clearly negative. It was found that the variation of atomizer outputs when changing the solute concentration could be attributed to higher thresholds of counters than usually accepted.

Original language	English (US)
Pages (from-to)	639-642
Number of pages	4
Journal	Atmospheric Environment (1967)
Volume	11
Issue number	7
DOIs	https://doi.org/10.1016/0004-6981(77)90118-4
State	Published - 1977

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title = "On the hypothesis of particle fragmentation during evaporation",

abstract = "Several different experiments were performed, in an effort to settle the question of possible effects of condensation nuclei multiplication when solution droplets evaporate. NaCl was used and the size range covered was 0.04-0.7 μm. The results were clearly negative. It was found that the variation of atomizer outputs when changing the solute concentration could be attributed to higher thresholds of counters than usually accepted.",

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AU - Iribarne, J. V.

AU - Cork, D.

AU - Liu, B. Y.H.

AU - Pui, David Y

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AB - Several different experiments were performed, in an effort to settle the question of possible effects of condensation nuclei multiplication when solution droplets evaporate. NaCl was used and the size range covered was 0.04-0.7 μm. The results were clearly negative. It was found that the variation of atomizer outputs when changing the solute concentration could be attributed to higher thresholds of counters than usually accepted.

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On the hypothesis of particle fragmentation during evaporation

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