Significance of ZSM-5 hierarchical structure on catalytic cracking: Intra- vs inter-crystalline mesoporosity

Engineering & Materials Science

• Catalytic cracking 100%
• Zeolites 88%
• Crystalline materials 77%
• Low density polyethylenes 47%
• Catalysts 31%
• Temperature programmed desorption 27%
• Pore structure 22%
• Sorption 21%
• Activation energy 19%
• Energy dispersive spectroscopy 18%
• Transmission electron microscopy 18%
• Molecules 17%
• Acids 16%
• Temperature 14%
• Scanning electron microscopy 14%

Physics & Astronomy

• zeolites 83%
• routes 45%
• catalysts 34%
• polyethylenes 32%
• sorption 20%
• acids 16%
• activation energy 13%
• porosity 13%
• synthesis 13%
• transmission electron microscopy 12%
• scanning electron microscopy 11%
• products 11%
• characterization 10%
• molecules 9%
• performance 8%

Chemical Compounds

• Catalytic Cracking 89%
• Zeolite 55%
• Heterogeneous Catalyst 17%
• Pore Structure 17%
• Micro Porosity 16%
• Reaction Activation Energy 12%
• Diffusion 11%
• Amount 7%
• Catalyst 7%
• Acid 6%
• Molecule 6%
• Application 5%