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Pore size change during drying

Determine the maximum drying time for an aqueous 1.5% volume solid AI2O3 gel droplet 100 ttm in diameter at 20°C in air at 100°C if the pores are like that shown in Figure 8.17(a). Assume that the size of the droplet does not change during drying. [Pg.353]

Park et al. (2006) studied changes in pore size distribution during the drying of cellulose fibers using DSC with an isothermal step melting procedure. [Pg.584]

Park, S., Venditti, R.A., Jameel, H., and Pawlak, J.J. 2006. Changes in pore size distrihntion during the drying of cellnlose fibers as measnred by differential scanning calorimetry. Carbohydr. Polym. 66 97-103. Pameix, C., Persello, J., Schweins, R., and Cabane, B. 2009. How do colloidal aggregates yield to compressive stress Langmuir 25 4692-4707. [Pg.986]

Figure 7. Change In pore size during drying treatment. Figure 7. Change In pore size during drying treatment.
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Changes during

Drying during

Pore size

Size changes

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