Effect of mineral transformation on the surface tension, viscosity, and size fraction of char particles

Earth & Environmental Sciences

• adhesion 18%
• agglomeration 18%
• ash 31%
• bottom ash 11%
• boundary condition 15%
• carbon dioxide 7%
• carbon monoxide 9%
• cement industry 12%
• coal 18%
• coalescence 19%
• collision 23%
• deposition velocity 35%
• distribution 3%
• effect 22%
• energy balance 9%
• fly ash 8%
• fragmentation 16%
• gas 4%
• gravity 6%
• hydrogen 7%
• literature review 9%
• method 4%
• mineral 52%
• mineral matter 45%
• particle 46%
• particle size 13%
• residence time 8%
• substrate 6%
• surface area 7%
• surface tension 98%
• temperature 7%
• temperature profile 9%
• trajectory 7%
• viscosity 72%
• water 2%

Engineering & Materials Science

• Adhesion 15%
• Agglomeration 14%
• Ashes 35%
• Boundary conditions 13%
• Carbon dioxide 7%
• Carbon monoxide 9%
• Cement industry 11%
• Chemical analysis 5%
• Coal 21%
• Coalescence 19%
• Deposits 8%
• Energy balance 9%
• Fly ash 8%
• Gases 4%
• Gravitation 7%
• Hydrogen 6%
• Minerals 95%
• Particle size 16%
• Refractory materials 9%
• Slags 50%
• Substrates 6%
• Surface reactions 12%
• Surface tension 100%
• Temperature 10%
• Trajectories 5%
• Viscosity 76%
• Waste disposal 10%
• Water 4%

Chemical Compounds

• Agglomeration 16%
• Amount 3%
• Carbon Dioxide 6%
• Carbon Monoxide 7%
• Chemical Transformation 59%
• Coal 24%
• Coalescence 18%
• Coefficient of Restitution 56%
• Collision 25%
• Energy Balance 11%
• Environment 9%
• Flow 33%
• Force 23%
• Fragmentation 14%
• Gas 4%
• Gravity 9%
• Hydrogen 4%
• Industry 6%
• Lagrangian 13%
• Mineral 76%
• Refractory 8%
• Residence Time 8%
• Surface 5%
• Surface Area 5%
• Surface Reaction 8%
• Velocity 43%
• Volume 4%