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COMPLEX AIR-ENTRAINM ENT OF CEMENT-FREE M ATERIALS
Journal: Science and world (Vol.1, No. 32)Publication Date: 2016-04-14
Authors : Miryuk O.A.;
Page : 63-65
Keywords : cellular material; magnesian cement; liquid silica; hydrogen peroxide; aerated foam concrete;
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Abstract
The study findings of cement-free cellular materials and possibilities of increasing their void fraction are provided. Using complex air-entrainment methods allows forming steady polydisperse void fraction and enables
improving heat retention properties of magnesian and liquid-silicate cement-free composites.
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Last modified: 2016-08-15 20:18:46