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DFT for SnO2 Doped nanomaterial for Solar Fuel Application
Citations:
1
References:
14
Abstract
For many years, band gap engineering through defects has been used to develop an efficient photocatalyst.The transparent semiconductor tin oxide (SnO2) has been investigated in many research as it has various applications in optical materials due to its transparency, solar cells, biochemical applications, and in catalysis.The electronic along with optical characteristics of co-doping SnO2 were stu...
Keywords
Sustainable Development Goals (SDG)
2022
Article
Open Access
2-Y Citation Average
0.712
Language
Country
DFT for SnO2 Doped nanomaterial for Solar Fuel Application
Citations:
1
References:
14
Abstract
For many years, band gap engineering through defects has been used to develop an efficient photocatalyst.The transparent semiconductor tin oxide (SnO2) has been investigated in many research as it has various applications in optical materials due to its transparency, solar cells, biochemical applications, and in catalysis.The electronic along with optical characteristics of co-doping SnO2 were stu...
Keywords
Sustainable Development Goals (SDG)
2022
Article
Open Access
2-Y Citation Average
0.712
Language
Country