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Exact(4)
The effect of subsequent mixing is primarily to reduce the size of the largest particles in the size distribution.
Instead, when γ = 1 and the coagulation rate is equal to the collision rate for all particles regardless of their size, the coagulation model significantly under predicts the number concentration of both modes and over predicts the size of the largest particles in the distribution compared to the measured size distributions at various heights above the burner.
For example, the largest particles in the mass distribution become smaller by the sputtering from the solar wind.
The location of the peak of this distribution is a bit smaller in radius than before, at about 2 3 (upmu hbox {m}), but the number of the largest particles in the distribution (i.e., the extent of the breadth of the distribution in radius space) is comparable to the previous simulation.
Similar(56)
The specific surface areas of each particle were matched with that of 25 mg/mL of mSP1000 (about 1.5 × 104 mm2), because mSP1000 was the largest particle in this study.
The sizes of the nodules range from a few μm to about 100 μm (e.g., the largest particle in Figure 6d).
And larger particles in LDL appear to be less effective at causing it.
Large volume of extract (5 mL) produced larger particles in all cases.
Entrained Larostat particles carried the same charge polarity as the large particles in the bed.
The hysteresis width decreases with increasing fraction of large particles in the magnetic filler.
The presence of large particles in the sampling stream, however, affects the performance of these mini-detectors.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com