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The microstructure and defect simulated are the Secondary Dendrite Arm Spacing (SDAS) and maximum pore size, respectively.
The porous cone/tube with 32%-35 32%-35rosity, 20 micron in maximum pore size was prepared by CIP.
Results show that with increasing the binder content, the total pore volume and the maximum pore size are reduced significantly.
The neat polymer scaffold (PLA) had a highly interconnected porous structure with a maximum pore size of 200 μm.
The maximum pore size, compressive strength, and relative density of the fabricated system were approximately 86 μm, 53 MPa, and 77% when sintered at 1500 °C.
The results showed that the neat polymer scaffold (PLA) has a highly interconnected porous structure with a maximum pore size of about 250 μm.
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For PAg0, PAg20 and PAg40, the maximum pore sizes were about 250, 150 and 100 μm, respectively, while their porosities % were 92%, 89% and 83%, respectively.
Both capillary pressure and hydraulic resistance are expressed in terms of microscopic variables such as minimum and maximum pore sizes and fractal dimensions.
The minimum and maximum pore sizes were measured.
By identifying the maximum pore throat size with the known minimum entry pressure (Pd), the results of 150 MICP curves matching have been shown in Fig. 4.
The electrokinetic effect on the chloride ionic transport is negligible when the ratio of the maximum-probability pore size and the Debye length is higher than 32 in the cement-based microstructure.
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