Which consequence results when surface ligand π* antibonding orbitals excessively mix with metal d-orbitals in a catalyst particle?

💡 Explanation

Accelerated oxidative catalyst degradation occurs because increased π* orbital mixing enhances electron donation to the metal core, increasing its electron density. This weakens metal-ligand bonds, triggering decomposition, therefore accelerating catalyst degradation, rather than improving activity.

• Which mechanism limits oxidation rate uniformity in silicon nanowire fabrication via thermal oxidation within dense arrays?
• Which consequence results when microwave radiation experiences dispersion?
• Which consequence results when gravitational mass and inertial mass inequivalence arises in a torsion balance?
• Which mechanism causes light to bend near supermassive blackholes?
• Which outcome occurs when a Stirling engine operates with an imperfect regenerator regarding its thermal mass?
• Which mechanism limits maximum data propagation speed in a copper Ethernet cable?