Research Articles
Tiny Anchors for a Green Future: The Art of Plating Carbon Nanotubes with Platinum
Explore how scientists immobilize platinum nanoparticles on carbon nanotubes using the polyol process to create efficient catalysts for clean energy technologies.
The Digital Alchemist: How Computer Code is Unlocking Green Fuels and Cleaner Air
Explore how Density Functional Theory is revolutionizing heterogeneous catalysis, enabling scientists to design catalysts for green fuels and cleaner air through computational methods.
Forging the Molecular Scaffold: How a Special Plastic Traps Precious Metals to Power Green Chemistry
Discover how amino-containing syndiotactic polystyrene serves as an efficient polymer support for palladium nanoparticles in green chemistry applications.
Seeing Atoms Breathe: How Electron Microscopy is Unlocking Catalytic Secrets
Discover how aberration-corrected Environmental Transmission Electron Microscopy reveals atomic-scale catalytic processes in ceria-based materials for cleaner industrial processes.
The Thermal Tightrope: How Temperature Sculpts Copper Nanotube Catalysts
Exploring how deposition temperature controls the atomic architecture of copper nanotubes for environmental applications in pollution degradation.
The Hidden Dance of Enzymes: How Molecular Movements Power Life's Catalysts
Exploring how enzyme dynamics drive function in single and multi-subunit enzymes, featuring breakthroughs in visualizing molecular motions.