“…However, our atomistic understanding on the CeO 2 surface-edge relation is far from satisfactory when compared with surface-edge effects in metallic nanoparticles. [16][17][18][19] Additional to that, Tarnuzzer et al 20 proposed the use of ceria nanoparticles with diameter from 2 up to 5 nm to repair cell damage induced by radiation, which explores the antioxidant properties of ceria particles with similar ratio of Ce 3+ and Ce 4+ cations on the particle surfaces.…”
CeO2 -based materials have played a critical role in catalysis, where the substrate particles have reduced the size year by year due to experimental achievements in synthesis control. Thus, there...
“…However, our atomistic understanding on the CeO 2 surface-edge relation is far from satisfactory when compared with surface-edge effects in metallic nanoparticles. [16][17][18][19] Additional to that, Tarnuzzer et al 20 proposed the use of ceria nanoparticles with diameter from 2 up to 5 nm to repair cell damage induced by radiation, which explores the antioxidant properties of ceria particles with similar ratio of Ce 3+ and Ce 4+ cations on the particle surfaces.…”
CeO2 -based materials have played a critical role in catalysis, where the substrate particles have reduced the size year by year due to experimental achievements in synthesis control. Thus, there...
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