Photoelectrochemical behavior of thermally activated natural pyrite-based photoelectrodes

Characterization of nanostructured iron selenide thin films grown by chemical route at room temperature

“…The FeSe 2 crystallizes in the orthorhombic marcasite type and in the cubic structure. In case of iron chalcogenide compounds, much attention has been given to its potential as an absorber in solar cells [14]. Several methods have been employed to prepare the iron selenide thin films such as molecular beam epitaxy [15], milling pure elemental powder of iron and selenium [16] and selenization of amorphous iron oxide thin films prepared by spray pyrolysis [17,18].…”