The PSD monitors changes in the volume (%) of particle sizes
with time that may not otherwise have been detected from the
initial and final particles sizes alone (Fig. 3AeC). For example, there
was no significant difference between the D[4,3] or D[3,2] diameters
immediately after homogenization and at day 12 in AN50 stabilized
emulsions. Grouping the samples in days 0e2, days 3e8 and days
9e12 (Fig. 3AeC) shows that there is some change in distribution of
particle size earlier and later in storage time, but particle size remains
relatively stable during storage at days 3e8. Overall, the
changes are slight. However, the particle size distribution indicates
a change in the volume (%) occupied by different particle sizes with
time. The retention of the particle size distribution in the BN40M
The PSD monitors changes in the volume (%) of particle sizeswith time that may not otherwise have been detected from theinitial and final particles sizes alone (Fig. 3AeC). For example, therewas no significant difference between the D[4,3] or D[3,2] diametersimmediately after homogenization and at day 12 in AN50 stabilizedemulsions. Grouping the samples in days 0e2, days 3e8 and days9e12 (Fig. 3AeC) shows that there is some change in distribution ofparticle size earlier and later in storage time, but particle size remainsrelatively stable during storage at days 3e8. Overall, thechanges are slight. However, the particle size distribution indicatesa change in the volume (%) occupied by different particle sizes withtime. The retention of the particle size distribution in the BN40M
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