Model-guided flow enhancements of fine pharmaceutical powders via dry particle coating: Linking particle-scale with bulk-scale through granular Bond number

Keyphrases

• Cohesion 100%
• Dry Coating 100%
• Dry Particle Coating 100%
• Pharmaceutical Powders 100%
• Particle Scale 100%
• Granular Bond number 100%
• Flow Enhancement 100%
• Model-guided 100%
• Bulk Properties 66%
• Flowability 66%
• Scaling Properties 66%
• Particle Size 33%
• Nanosize 33%
• Particle Density 33%
• Interparticle Interactions 33%
• Bond number 33%
• Guest Particles 33%
• Dispersibility 33%
• Silica 33%
• Bulk Powder 33%
• Bulk Density 33%
• Properties Improvement 33%
• Contact Model 33%
• Surface Coverage 33%
• Dispersive Surface Energy 33%
• Flow Aids 33%
• Powder Agglomeration 33%
• Multi-asperity 33%
• Flowability Enhancement 33%
• Asperity Size 33%
• Particle Roughness 33%
• Tablet Manufacturing 33%
• Size Particle 33%
• Industrial Adoption 33%
• Direct Compression Tablets 33%
• Asperity Contact Model 33%
• Single Asperity Contact 33%

Engineering

• Bond Number 100%
• Bulk Property 66%
• Contact Model 66%
• Size of Particle 33%
• Area Coverage 33%
• Particle Density 33%
• Experimental Result 33%
• Dispersibility 33%
• Particle Contact 33%
• Processability 33%
• Predicted Model 33%
• Particle Surface 33%
• Bulk Density 33%
• Coupled Model 33%
• Silicon Dioxide 33%
• Interfacial Energy 33%
• Surface Area 33%
• Single Asperity 33%

Material Science

• Flowability 100%
• Density 66%
• Silicon Dioxide 33%
• Surface Roughness 33%
• Surface Energy 33%