Role of oxyanions as promoter for enhancing nucleation and crystallization in the synthesis of MFI-type microporous materials

Engineering & Materials Science

• Microporous materials 100%
• Crystallization 60%
• Nucleation 57%
• Phosphates 38%
• Positive ions 27%
• Crystalline materials 23%
• Silica 22%
• Crystallite size 16%
• Molecular sieves 16%
• Aluminosilicates 15%
• Crystallinity 13%
• Zeolites 13%
• Nuclear magnetic resonance 13%
• Particle size analysis 12%
• Adsorption 10%
• Particle size 10%
• Temperature 4%

Chemical Compounds

• Oxyanion 68%
• Micro Porosity 50%
• Nucleation 45%
• Crystallization 38%
• Phosphate 27%
• Time 19%
• Chlorate 18%
• Bromate 17%
• Cation 16%
• Molecular Sieve 13%
• Particle Size Distribution 13%
• Perchlorate 12%
• Mixture 12%
• Catalyst Property 12%
• Crystallite 11%
• Crystallinity 10%
• Zeolite 10%
• NMR Spectroscopy 9%
• Adsorption 6%
• Amount 5%
• Reaction Yield 5%

Physics & Astronomy

• crystallization 42%
• nucleation 41%
• synthesis 39%
• phosphates 33%
• cations 18%
• bromates 17%
• chlorates 17%
• arsenates 17%
• tetraethyl orthosilicate 17%
• silicon dioxide 16%
• perchlorates 15%
• absorbents 13%
• zeolites 12%
• particle size distribution 11%
• crystallinity 9%
• crystallites 9%
• nuclear magnetic resonance 8%
• adsorption 8%
• radii 6%