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Exact(6)
The most probable diameter will be determined through a simplified physical analysis.
A Gaussian fit is done, and it gives the most probable diameter of 1.336 nm.
It is clear that the most probable diameter is in the range from 70 to 80 nm.
The size distribution of secondary ejected droplets has been experimentally observed to satisfy the log normal distribution which contains two free parameters: the most probable diameter ds and the width of the distribution γ.
Assuming that these events are associated with pore formation in the membrane, we have roughly estimated the most probable diameter of the pores by measuring mode conductance value.
We have investigated the fibril size and packing using TEM and found similar size distributions of fibril diameter in the normal and malignant biopsies, where the most probable diameter was ~80 nm.
Similar(54)
BET specific surface areas, average pore diameter (Da), most probable pore diameter (Dm), crystallite size of TiO2 supports, and pore size distributions of the various Mn/TiO2 catalysts are shown in Table 1 and Fig. 3.
The mesoporous Mn/EISA has the largest pore size along with not only the average pore diameter, but also the most probable pore diameter, which corresponds to the pore size distributions (Fig. 3).
The character of grain growth depends on the ratio of the most probable grain diameter in the initial microstructure to the film thickness.
The resulted polymeric shell of the hollow nanoparticles was mesoporous, which had high surface area 514 m2/g, extremely large pore volume 2.74 ml/g and a most probable pore diameter of 9 nm.
The pore size distribution curve (Figure 2b) derived from desorption branch by the Barret-Joyner-Halenda method shows that most of the pores distribute within a range of 2 to 50 nm with a most probable pore diameter of approximately 4 nm.
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