Experimental Study and Numerical Simulation of the Reaction Process and Microstructure Formation of Alkali-Activated Materials

INIS

• microstructure 100%
• computerized simulation 100%
• slags 94%
• fly ash 84%
• particles 52%
• simulation 47%
• solutions 42%
• dissolution 36%
• precursor 26%
• induction 21%
• gels 15%
• reaction kinetics 15%
• shape 15%
• volume 15%
• concentration 15%
• origin 10%
• ashes 10%
• sodium hydroxides 10%
• thermodynamics 10%
• curing 10%
• comparative evaluations 10%
• water 10%
• capillaries 10%
• solids 10%
• sodium silicates 10%
• modeling 10%
• porosity 10%
• increasing 5%
• chemistry 5%
• durability 5%
• silica 5%
• surfaces 5%
• building materials 5%
• chemical reactions 5%
• physical properties 5%
• surface area 5%
• silicates 5%
• distribution 5%
• reactivity 5%
• reduction 5%
• scanning electron microscopy 5%
• alkalinity 5%
• blast furnaces 5%
• passivation 5%
• layers 5%
• construction 5%
• temperature dependence 5%
• growth 5%
• nucleation 5%
• numerical analysis 5%
• accuracy 5%
• liquids 5%
• thermodynamic model 5%
• potentials 5%
• calorimetry 5%
• specific surface area 5%
• chemical properties 5%
• binders 5%
• size 5%
• service life 5%
• experimental data 5%
• computers 5%
• sodium 5%

Engineering

• Microstructure 100%
• Activated Material 100%
• Computer Simulation 100%
• Activated Slag 52%
• Models 38%
• Alkaline Activator 23%
• Pore Solution 19%
• Induction Period 19%
• Gel 14%
• Reaction Product 14%
• Slag System 14%
• Activator 14%
• Curing Temperature 9%
• Porosity 9%
• Alkaline Solution 9%
• Experimental Result 9%
• Spherical Particle 9%
• Sodium Silicate 9%
• Shapes of Particle 4%
• Building Material 4%
• Obtains 4%
• Construction Sector 4%
• Soluble Silicate 4%
• Service Life 4%
• Ground Granulated Blast Furnace Slag 4%
• Passivation 4%
• Thermodynamic Model 4%
• Microstructure Development 4%
• Isothermal 4%
• Specific Surface Area 4%
• Lead Content 4%
• Satisfies 4%
• Simulation Result 4%
• Binders 4%
• Simulated Pore Solution 4%
• Large Pore 4%
• Inhibiting Effect 4%
• Reduction 4%
• Elements 4%

Material Science

• Microstructure 100%
• Particle 33%
• Sodium 23%
• Aluminosilicate 14%
• Temperature 14%
• Particle Shape 14%
• Silicate 14%
• Water 9%
• Surface Area 9%
• Thermodynamics Modeling 9%
• Porosity 9%
• Chemical Property 4%
• Nucleation 4%
• Physical Property 4%
• Scanning Electron Microscopy 4%
• Calorimetry 4%
• Liquid 4%
• Binder 4%
• Solution Chemistry 4%
• Building Material 4%
• Crystalline Material 4%
• Silicon Dioxide 4%
• Surface 4%
• Durability 4%
• Pore Size Distribution 4%