Porosity plays an important role in materials mechanical and physical properties [1]. The latter include, for instance, compression and tensile strength, density, and thermal conduction or expansion. It also impacts materials resistance to chemical corrosion. The ensemble of these properties defi nes the behavior of the material under a given set of physical conditions and its functionality as an intermediate or fi nal product. In one case, high porosity is desired in the material if used for insulation or catalysis. In contrast, low porosity is preferred for materials used by virtue of their strength or their impermeability to fl uids [2]. In natural rocks, like shale or sandstones for instance, pore volume is key to assessment of the capacity of the rock formation as a reservoir for economically exploitable fl uids such as natural gas, oil, or water [3]. Generally, being able to estimate accurately the proportion of pore volume and size distribution reliably, quickly, and at lower cost is very important to many  industries such as mining geology and  oil industry.
using full abstract in the attached file

Title

Application Note # 5991-0968EN, Agilent Technologies, Inc., 2012, 4p.

Publisher

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Publisher Country

Palestine

Publication Type

Both (Printed and Online)

Volume

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Year

2012

Pages

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