Finding the Droplet Size Distribution

In the above example we found that x ed = 1300 /im. Knowing Xmed we can therefore compute x for various xjxrried ratios for which the various weight fractions smaller than x are known. 

Values of the droplet diameter computed by the above equation are reported in the second row of Table 13.A.1 and shown in Fig. 13.A.1. 

For this computed drop size distribution only about 5% of the drops will be less than 390 //m in diameter and virtually all will be less than 4 mm (4000 /xm). 

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