Pore Structure of Low Porosity DSP Cement Pastes
Abstract
The pore structure of low porosity cement pastes containing varying quantities of silica fume has been examined using mercury intrusion porosimetry (MIP) and nitrogen adsorption (NA) measurements. The water:solid ratio for all DSP pastes studied was 0.18. It was observed that, as for conventional pastes, removal of water by solvent replacement with methanol minimizes changes to the pore structure. Vacuum or oven drying severely reduces specific...
Paper Details
Title
Pore Structure of Low Porosity DSP Cement Pastes
Published Date
Jan 1, 1988
Journal
Volume
137
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