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The applied robust optimization technique is based on using Latin hypercubes in scatter analysis of the vibration response.
The mean secondary particle diameters of the silica particles measured by dynamic laser scatter analysis were 33, 79, 326, and 945 nm, respectively (data not shown).
Previously, we confirmed by means of dynamic laser scatter analysis that the mean secondary particle diameters of nSP70, mSP300, mSP1000, nSP70-C, and nSP70-N are 65, 322, 1,140, 70, and 72 nm, respectively [9].
This could further suggest a common bias between the 55 MHz and MF O-mode, a result consistent with observations of better agreement between zonal and meridional components of the statistical quantities from the scatter analysis of the 55 MHz meteor and MF O-mode compared with the 33.2 MHz and MF O-mode comparison.
Forward scatter and side scatter analysis were also used as gates to limit the sorting to single live cells.
Side scatter analysis (figure 2B) of our sorted population revealed larger cells express higher levels of CD31, indicating its expression is relative to cell size.
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Fig. 2 Example of scattering analysis.
The size of particles was measured by light scattering analysis.
Using static light scattering analysis (SLS), the mean value of particle size is 9.13 μm.
Figure 2 Hydrodynamic diameters of control and aggregated nanoparticles measured using dynamic light scattering analysis.
Dynamic light scattering analysis confirmed the TEM data on NP size (Fig. 1b).
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