The air content, size distribution, specific surface, and spacing factor of concrete mixtures were tested.
A broad variation of the pore size distribution, specific surface area and optical properties within the same system were demonstrated.
The nanoscale structures are analyzed in terms of pore size distribution, specific surface area, and phase connectivity.
The granite sludge as well as cement were characterized using XRF, XRD, particle size distribution, specific surface area and specific gravity.
Six key independent features were measured, namely total porosity, pore interconnectivity, pore size distribution, specific surface area, connectivity density and degree of anisotropy.
The physical characteristics deal with the visual description of the material, fineness, particle size distribution, specific gravity and bulk density, morphology and absorption behaviour.
The significance of the test statistic is determined by comparison to an empirical distribution specific to each case, obtained via non-parametric or semi-parametric bootstrap.
Different batches of natural graphite powders and electrographite powders were characterized by impurity, degree of graphitization, particle size distribution, specific surface area, and shape characteristics.
Physical and geotechnical characterisation tests such as particle size distribution, specific gravity, water absorption, Los Angeles abrasion, California Bearing Ratio and modified Proctor compaction tests were undertaken.
Polymerization conditions were adjusted to achieve a desirable range of polymer beads size and porosity (pore size distribution, specific surface area).
