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A minimum particle size of 250.8 ± 12.6 nm was achieved.
First; 3-level factorial design was implemented to prepare optimized FNS-MIC of minimum particle size.
Based on the predicted conditions by Taguchi design, the sample with a minimum particle size of 47 nm was prepared.
Depending on the minimum particle size, MFA can perform comparably with DSA for predicting the zeroth moment.
By the contrast experiment done at the near-optimal condition for achieving the minimum particle size of the product the PVP with MW (10,000) was chosen.
A combination of lutrol F68 and PVA as a crystal growth inhibitor seems to be best in achieving minimum particle size of 110.2 nm.
Similar(22)
The computed PSDs were sensitive to the minimum particle inception size, the coagulation rate and the inception species concentration.
A minimum mean particle size of 96 ± 2 nm was achieved under the aforementioned conditions.
The minimum mean particle size distribution (x50 value) reached 4 6 μm.
For example, without the directors, the beam waist in the studied cytometry application would increase from 4 to 6 μm, considerably limiting the minimum resolvable particle size.
The results reveal that the carbonation depth of RFAC increases with decreased minimum RFA particle size and increased RFA amount.
More suggestions(15)
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