Abstract
Magnetically treated water was used for the determination of the physiomechanical properties (setting time, water/powder ratio (W/P) and compressive strength) of a local plaster of Paris. The results were compared with that of ordinary, and non-treated water to determine the same properties. It was found out that through using magnetically treated water, setting time has decreased by an average of (15.3 %); water powder ratio (W/P) has increased by an average of (2.4 %) and compressive strength has decreased by an average of (22.5 %) compared with the results of ordinary water. Thereforemagnetically treated water may be considered as an accelerator for the plaster of Paris rather than a retarder.
Highlights
Treated water was used for the determination of the physiomechanical properties (setting time, water/powder ratio (W/P) and compressive strength) of a local plaster of Paris
Magnetically treated water was used for the determination of the physiomechanical properties
setting time has decreased by an average
Summary
Treated water was used for the determination of the physiomechanical properties (setting time, water/powder ratio (W/P) and compressive strength) of a local plaster of Paris. ) والسقاومة الانزغاطية) عمـع البلاسـتر السحمـW/P( ندبة السا إلع السدحؾق، (زمؽ التجسد .
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