Estimating the original cement content and water–cement ratio of Portland cement concrete and mortar using backscattered electron microscopy Wong, Matter and Buenfeld Estimating the original cement content and water–cement ratio of Portland cement concrete and mortar using backscattered electron microscop
Abstract 8 The pore structure of two ordinary Portland cement mortars at water-cement ratio of 0.35 ...
This article presents the results of a microscopic analysis to determine the cement content of five ...
Backscattered electron (BSE) imaging has been widely used to investigate the microstructure of cemen...
Microscopy plays an important role in the examination of cementitious materials. Electron-optical te...
Water to cement (w/c) ratio is usually the most important parameter specified in concrete design and...
Backscattered electron imaging and x-ray microanalysis are used to identify phases within polished e...
Procedures are developed to obtain reproducible quantitative data from polished specimens of cement ...
In recent years, Backscattered Scanning Electron microscopy techniques (BSE), coupled with an image ...
SEM-BSE image analysis technique is one of promising approaches to determine water/cement ratios in ...
PDFTech ReportBDK75 977-15Chloride contentConcreteCementElectron microscopyElectron microscopesSpect...
Quantitative study on cement paste especially blended cement paste has been a hot and difficult issu...
Using a pair of backscattered electron detectors in the scanning electron microscope, images can be ...
Water to cement (w/c) ratio is usually the most important parameter specified in concrete design and...
Formation of microstructure in cement pastes and mortars were quantitatively analyzed by the SEM-BSE...
A method for determining the original mix composition of hardened slag-blended cement-based material...
Abstract 8 The pore structure of two ordinary Portland cement mortars at water-cement ratio of 0.35 ...
This article presents the results of a microscopic analysis to determine the cement content of five ...
Backscattered electron (BSE) imaging has been widely used to investigate the microstructure of cemen...
Microscopy plays an important role in the examination of cementitious materials. Electron-optical te...
Water to cement (w/c) ratio is usually the most important parameter specified in concrete design and...
Backscattered electron imaging and x-ray microanalysis are used to identify phases within polished e...
Procedures are developed to obtain reproducible quantitative data from polished specimens of cement ...
In recent years, Backscattered Scanning Electron microscopy techniques (BSE), coupled with an image ...
SEM-BSE image analysis technique is one of promising approaches to determine water/cement ratios in ...
PDFTech ReportBDK75 977-15Chloride contentConcreteCementElectron microscopyElectron microscopesSpect...
Quantitative study on cement paste especially blended cement paste has been a hot and difficult issu...
Using a pair of backscattered electron detectors in the scanning electron microscope, images can be ...
Water to cement (w/c) ratio is usually the most important parameter specified in concrete design and...
Formation of microstructure in cement pastes and mortars were quantitatively analyzed by the SEM-BSE...
A method for determining the original mix composition of hardened slag-blended cement-based material...
Abstract 8 The pore structure of two ordinary Portland cement mortars at water-cement ratio of 0.35 ...
This article presents the results of a microscopic analysis to determine the cement content of five ...
Backscattered electron (BSE) imaging has been widely used to investigate the microstructure of cemen...