Add to ORKGThis PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activity of hollow PtNi/C nanoparticles for the oxygen reduction reaction (ORR). Investigations on the formation and growth mechanism of this novel class of nanocatalysts using operando X-ray and electron-based techniques revealed that, beyond alloying effects, structural disorder is a lever to boost the ORR kinetics on bimetallic nanomaterials. The ‘defects do catalysis’ concept was progressively extended to various PtNi catalyst nanostructures, namely to advanced shape-controlled nanocatalysts from the ORR electrocatalysis landscape thanks to fruitful collaborations with European laboratories. This work shows that, through their distorted surface...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...
This PhD thesis was initially motivated by the understanding of the peculiar electrocatalytic activi...