Effect of nano-silica and sisal fibre on the mechanical and durability properties of concrete. [PDF]
Sci RepShanmugam K +3 more
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Retraction: Synergic effect of polyester fiber and nano silica on chemical resistance of geopolymer mortar. [PDF]
PLoS OnePLOS One Editors.
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Synergistic effect of rubber powder and nano-silica on pore structure and frost resistance of concrete. [PDF]
Sci RepFeng LY, Cao HL, Shi XW, Wang DH.
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Nano-Silica as Designer Tools for Geopolymer Microstructure Optimization: Effects on Porosity, Interfacial Transition Zone (ITZ), and Mechanical Performance. [PDF]
Materials (Basel)Korniejenko K, Wu Q.
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Retraction: Experimental study on the properties of ultra-high-strength geopolymer concrete with polypropylene fibers and nano-silica. [PDF]
PLoS OnePLOS One Editors.
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Rheological and mechanical performance of sustainable LC3 concrete modified with nano-silica and rubber latex. [PDF]
Sci RepRath B +5 more
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Experimental investigation of semi-flexible pavement performance using optimized nano-silica and sugarcane bagasse ash modified grouts. [PDF]
Sci RepSajid MA +6 more
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Optimal nano-silica filler concentration to optimize kinetics, rheology and bonding of self-adhesive composites. [PDF]
Sci RepAlves M +3 more
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Integrated micro and nano-silica in advanced composite high-strength mortar for TRM system. [PDF]
Sci RepShewale M +4 more
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Experimental solubility of silica in nano-pores
, 2012 We used a pressure membrane extractor (Model 1020, SoilMoisture Equipment Corp.) to study the silica content at equilibriumwith the decreasing pore sizes of amorphous silica. The principle isto extract the aqueous solution through a sequential process fromthe larger (micrometric) pores to the thinner (some nm) pores.
Mercury, Lionel +2 more
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