Characterizing Chronologically Aged Basic Oxygen Furnace Slags as Aggregates and Their Use in Asphalt Concrete Mix as Filler

INIS

• abrasion 8%
• additives 25%
• adhesives 8%
• adjustments 8%
• applications 16%
• asphalts 100%
• assessments 8%
• calcium oxides 8%
• chemical composition 8%
• chemical reactions 8%
• compression strength 8%
• cracks 25%
• crushing 8%
• engineering 16%
• esters 8%
• expansion 16%
• exploration 8%
• fillers 100%
• fluctuations 8%
• furnaces 100%
• iron 8%
• magnesium oxides 8%
• mineralogy 8%
• minerals 8%
• mixtures 16%
• mortars 8%
• oxygen 100%
• physical properties 8%
• pools 8%
• porosity 8%
• roads 8%
• silica 8%
• slags 100%
• sodium hydroxides 8%
• solutions 8%
• steels 8%
• stirring 8%
• tensile strength 8%
• values 16%
• water 25%
• weathering 8%

Keyphrases

• Abrasion Value 8%
• Acid Esters 8%
• Adhesive Additive 8%
• Aggregate Crushing Value 8%
• Alternative Additives 8%
• Asphalt Concrete 100%
• Basic Oxygen Furnace Slag 100%
• Chemical Composition 8%
• Chemical Reaction 8%
• Cohesion 25%
• Compositional Properties 8%
• Comprehensive Evaluation 8%
• Crack Resistance 16%
• Engineering Application 8%
• Engineering Properties 8%
• F-CaO 8%
• LA Abrasion 8%
• Large Fluctuations 8%
• Low Compressive Strength 8%
• Low Tensile Strength 8%
• Magnesium Oxide 8%
• Mineral Filler 8%
• Mineralogy 8%
• Mixture Proportion 8%
• Molten Iron 8%
• Molten Pool 8%
• Mortar 8%
• NaOH Solution 8%
• Physical Condition 8%
• Physical Properties 8%
• Polyphosphoric Acid 8%
• Reactive Silica 8%
• Residual Porosity 8%
• Road Bitumen 8%
• Slag Aggregate 16%
• Solution Immersion 8%
• Tensile Strength at Break 8%
• Uneven Temperature Field 8%

Engineering

• Basic Oxygen Furnace 100%
• Compression Strength 14%
• Compressive Strength 14%
• Concrete Mix 100%
• Crack Resistance 28%
• Engineering Application 14%
• Engineering Property 14%
• Furnace Slag 100%
• Low Tensile Strength 14%
• Mineral Filler 14%
• Residual Porosity 14%
• Road 14%
• Silicon Dioxide 14%
• Slag Aggregate 28%
• Temperature Distribution 14%