“…20%) could significantly alter the electronic, magnetic an optical properties of the BFCO system. 70 To gain further insight into the band gap reduction observed in BFCO and La-BFCO solid solutions, we analysed the partial density of electronic states (pDOS) around the Fermi energy level (Fig. 6).…”
Compositional engineering of BiFeO3 can significantly boost its photovoltaic performance. Therefore, controlling site substitution and understanding how it affects the optical and electronic properties while achieving robust and stable phases...
“…20%) could significantly alter the electronic, magnetic an optical properties of the BFCO system. 70 To gain further insight into the band gap reduction observed in BFCO and La-BFCO solid solutions, we analysed the partial density of electronic states (pDOS) around the Fermi energy level (Fig. 6).…”
Compositional engineering of BiFeO3 can significantly boost its photovoltaic performance. Therefore, controlling site substitution and understanding how it affects the optical and electronic properties while achieving robust and stable phases...
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