Sentence examples for thin section petrography from inspiring English sources

Samples for thin section petrography were impregnated with blue epoxy to facilitate the identification of porosity.

These samples were investigated by thin section petrography and the photomicrographs processed using digital image analyses to produce qualitative mineralogical and quantitative textural data for assessing the likelihood of each pair belonging to the same vessel.

Thin section petrography remains the 'gold standard' for analyses conducted at the micro-scale, while QEM-EDS and CT offer exciting potential to perform meso-scale analyses and are best utilised as complementary rather than alternative techniques to petrography.

A comprehensive sequential analysis including thin section petrography, Rock-Eval pyrolysis, X-ray diffraction, scanning electron microscope (SEM) imaging, and nuclear magnetic resonance (NMR) analysis has been used to characterize the porosity of the organic-rich Qusaiba Shale, Saudi Arabia.

A combination of wireline log analysis, thin section petrography, X-ray diffraction and pyrolysis analysis was used to define and characterize four distinct lithofacies facies within the Roseneath and Murteree shales: siliceous mudstone, organic siliceous mudstone, calcareous siliceous mudstone, and silty siliceous mudstone.

hunter-gatherer habitation site of Mine Wash (CA-SDI-813) in eastern San Diego County has been characterised by a combination of thin section petrography and geochemistry and compared to a database of raw materials and additional ceramic artefacts from across the region.

Composites were examined using mechanical testing, XRD, He pycnometry and thin-section petrography.

Thin-section petrography was used to determine whole rock mineralogy, diagenetic relationships, porosity characteristics, and clay growth occurrence and habits in the pore space.

Geometry and 3D architecture of beach facies, and thin-section petrography were used to investigate eight exposed offlapping subunits separated by seven conspicuous erosion surfaces, all interpreted as the result of repeated small-scale fluctuations of sea level.

The application of thin-section petrography on 32 ceramic samples has permitted the reconstruction of production, in particular raw materials procurement and paste preparation method, of indigenous ceramics; and more importantly, provided an insight into the socio-cultural dynamics involved in the organisation of producing these ceramics during the pre-Colonial times.

The study integrates detailed lithofacies analysis based on vertical and lateral profiles, in addition to thin-sections petrography to reveal the high-resolution architecture framework.