microstructural analysis

Fig. 4 (a) shows the microstructural changes on fracture surfaces of the NS5 specimens after one and three infiltration cycles using a 30 wt% sodium silicate solution.

Microstructural analysis using scanning electron microscopy and X-ray computed tomography confirmed that porosity decreased with increasing compaction pressure.

A novel method for estimating subresolution porosity from CT images and its application to homogeneity evaluation of porous media

The densification process is primarily governed by pressure-solution creep mechanisms

Comparison of the microstructures from different activator-LRS combinations at various temperatures

This study examines the mechanical properties of fibre-reinforced lunar high-performance concrete (LHPC), which was fabricated using a significant proportion of lunar simulant.

Fig. 7 Illustration of (a) optical microscope photograph of Chang E-5 real lunar regolith; (b) SEM photograph of Chang E-5 real lunar regolith; (c) SEM photograph of BH-1 volcanic scoria.

Fig. 3 Scanning electron micrographs of as-received BP-1 simulant polished sections; Ti-mt: titanomagnetite, lab: labradorite, aug: augite, fo: forsterite (a, b, c) phases as detected via EDS