Photoexcited semiconductors are of great importance both to produce value-added products and for water treatment. Cadmium sulfide (CdS) is a visible light responsive material (band-gap of 2.4 eV) that allows strong visible light absorption. However, commercial CdS presents several problems, such as poor photostability, that can adversely affect its activity and stability. To limit these problems physics and chemical properties of CdS are fundamental.
HYDROTHERMAL CADMIUM SULFIDE AS A STABLE, EFFICIENT VISIBLE LIGHT PHOTOCATALYST: RELATION BETWEEN MATERIAL PROPERTIES AND PHOTOCATALYTIC ACTIVITY
Milani Martina;Mazzanti Michele;Caramori Stefano;Molinari Alessandra
2022
Abstract
Photoexcited semiconductors are of great importance both to produce value-added products and for water treatment. Cadmium sulfide (CdS) is a visible light responsive material (band-gap of 2.4 eV) that allows strong visible light absorption. However, commercial CdS presents several problems, such as poor photostability, that can adversely affect its activity and stability. To limit these problems physics and chemical properties of CdS are fundamental.File in questo prodotto:
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