Photocatalytic Properties of Hollow BiFeO3 Spheres

Recent advances in bismuth ferrite nanomaterials: Synthesis, characterization and application

“…In term of organic pollutants dyes elimination, the catalysis process accompanies the formation of the pairs of migrating electron holes responsible for generating the roots of the super-anion while the holes are responsible for generating free radicals that can degrade various organic compounds 92 . However, the demeanor of several nanoscales such as nanofibers and hollow structures has high habited recombination rate of water treatment [93][94][95] . Moreover, the nanowires and nanosheets particle of BiFeO3 were offered in promising as piezocatalytic properties for degrading of various organic pollutants such as 96 Other shapes such like BiFeO3 nanocubic and nanoplates have adequacy used as gas sensors for detecting carbon dioxide, liquefied petroleum, and ammonium gases 97 .…”