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Cementitious properties of super fine steel slag

·Semantic Scholar extracted view of "Cementitious properties of super fine steel slag" by Qiang Wang et al


Hydro abrasive erosion of concrete incorporated with nano SiO2 super

·Zhen et al 2013 investigated concrete samples into which 5% nano SiO 2 NS and 40% super fine slag SS had been incorporated or 40% SS combining 20% replacement of sand volume with rubber


Nickel Ultra Fine Powder JFE Mineral & Alloy Company Ltd

We developed ultra fine powder nickel in 1995 and have seen tremendous growth of this product for use in internal electrodes of multilayer ceramic capacitors Ceramic capacitors are important electronic components that function together with diodes to convert alternating current AC into direct current DC and to significantly reduce high


COMPRESSIVE STRENGTH OF HIGH PERFORMANCE

·the high performance concrete made with granite powder as fine aggregate The percentage of granite powder added by weight a range viz 0 25 50 75 and 100% as a replacement of sand used in concrete and cement was replaced with %Silica fume 10% fly ash 10% slag and 1% super plasticizer


The Influence of Super Fine Steel Slag on the Properties of

·Filler effect causes an acceleration of hydration of cement at an early age but inert materials also dilute these same hydration products A less reactive powder such as superfine steel slag


Incorporating Limestone Powder and Ground Granulated Blast Furnace Slag

·While ultra high performance concrete UHPC offers numerous advantages it also presents specific challenges primarily due to its high cost and excessive cement content which can pose sustainability concerns To address this challenge this study aims to develop cost effective and sustainable UHPC mixtures by incorporating ground granulated blast


Hydration and Microstructure of Steel Slag as

·When super fine steel slag powder is mixed into concrete as an active admixture concrete properties will be improved greatly so as to produce high performance concrete The resistance to abrasion


Study of super high strength concrete containing super fine limestone

·The workability and the compressive strength of concrete containing super fine limestone powder and titanium slag powder were studied It can be proved that the workability is improved and slump


Activation of ultra fine steel slag and ground ResearchGate

·Steel slag slag composite powder SSCP has three exothermic peaks which are the dissolution peak hydration peak of steel slag and pozzolanic ash reaction peak of GBFS after 85 h respectively


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