WET GRANULATION: PHYSICO â CHEMICAL EVALUATION AND ...

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Figure 2: Differential volume per gram % vs. Pore diameter (micrometers).Maximum differential volume = 0,9266 cm³/g • μm.

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pressure (PSI, pounds per square inch) – pressure of mercury necessary for intrusion,1 PSI = 6895 Pa)pore diameter – diameter of pores which are filled under defined pressurecumulative intrinsic volume – cumulative pore volume in cm³ per g of the samplecumulative pore surface area – cumulative pore surface in m² per g of the sampledifferential intrinsic volume – increment intrinsic volume divided by pore diameterFigure 1: Cumulativepore volume per gram% vs. pore diameter(micrometers).Maximum intrusion == 0,2905 cm³/g

Figure 2: Differential volume per gram % vs. Pore diameter (micrometers).Maximum differential volume = 0,9266 cm³/g • μm.

Page 1: WET GRANULATION: PHYSICO - CHEMICAL
Page 6 and 7: Average diameter of the granulation
Page 8 and 9: Bulk densities for different granul

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