A technique for the investigation of spray characteristics of constant flow nozzles

Rupe, J. H.

doi:10.1016/s1062-2896(49)80094-8

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Standardized Description Of Droplet Size Distribution1

Effects Of Silicone-oil Viscosity On Sauter Diameter1

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1951

2023

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Cited by 6 publications

(2 citation statements)

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“…Data of fifty different runs made by nine different investigators (7, 8, 10, 11, [13][14][15][16]18) have been analyzed as in Figure 5. These data are all believed to fit the straight lines within experimental error of the individual runs.…”

Section: Standardized Description Of Droplet Size Distributionmentioning

confidence: 99%

Droplet Size Distribution in Sprays

Mugele¹,

Evans²

1951

Ind. Eng. Chem.

559

195

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Section: Standardized Description Of Droplet Size Distributionmentioning

confidence: 99%

Droplet Size Distribution in Sprays

Mugele¹,

Evans²

1951

Ind. Eng. Chem.

559

195

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“…On the other hand, Rupe [13] suggested that the desirable immersion liquid viscosity employed in the sedimentation method is 1-10 mm 2 /s, so that droplets immerse quickly. As mentioned before, little effect of ν T on droplet coalescence was observed when in the range of small Ts in both methods: the sedimentation method and the hanging method.…”

Section: Effects Of Silicone-oil Viscosity On Sauter Diametermentioning

confidence: 99%

Droplet size measurement of liquid atomization by the immersion liquid method (droplet coalescence and solution into the immersion liquid)

Fujimatsu

Kito

Kondo

2014

Advances in Fluid Mechanics X

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The influence of measurement methods with some measuring conditions on droplet coalescence and solution were experimentally investigated to measure the droplet size more accurately by the immersion liquid method. In the case of the sedimentation method, the experimental result shows that captured droplets coalesce and dissolve even in the immersion liquid as well as on its surface. It was also found that the solution of captured droplets into the immersion liquid considerably decreases by interrupting its surface from the air. Moreover, the influence of the immersion liquid viscosity on the droplet coalescence can be neglected within the very short shutter opening period (TS ≤ 103ms) irrespective of the sedimentation method or the hanging one. So, it is desirable to measure the droplet size as soon as possible after the droplets were completely immersed into the low viscosity immersion liquid, to prevent the effects of the droplet coalescence and solution into the immersion liquid.

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Maximum stable droplets in dispersoids

Mugele

1960

AIChE Journal

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Maximum stable droplet size in nonuniform dispersoids may be ignored or treated as a statistical-limiting parameter or as a physically significant quantity. In this paper the author shows that treatment as a physically significant quantity is always permissible and in most cases advantageous. It is found that maximum stable droplet size as well as mean droplet size can be calculated in some cases from theory and in other cases from correlated experimental data; this is illustrated with examples involving sprays and emulsions.

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A technique for the investigation of spray characteristics of constant flow nozzles

Cited by 6 publications

References 0 publications

Droplet Size Distribution in Sprays

Droplet Size Distribution in Sprays

Droplet size measurement of liquid atomization by the immersion liquid method (droplet coalescence and solution into the immersion liquid)

Maximum stable droplets in dispersoids

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