Revalorization of metallic remains allows the reduction in industrial waste and the use of low-value iron-based leftovers. In the present work, the formation of diamagnetic ferrites with photocatalytic activity was achieved upon controlled oxidation of residual steel…
Revalorization of metallic remains allows the reduction in industrial waste and the use of low-value iron-based leftovers. In the present work, the formation of diamagnetic ferrites with photocatalytic activity was achieved upon controlled oxidation of residual steel…
Revalorization of metallic remains allows the reduction in industrial waste and the use of low-value iron-based leftovers. In the present work, the formation of diamagnetic ferrites with photocatalytic activity was achieved upon controlled oxidation of residual steel…
Revalorization of metallic remains allows the reduction in industrial waste and the use of low-value iron-based leftovers. In the present work, the formation of diamagnetic ferrites with photocatalytic activity was achieved upon controlled oxidation of residual steel…