“…This sensor outperformed the pure SnO 2 sensor in terms of long-term stability and selectivity. 29 The noticeable improvement in the gas sensing performance of oxide semiconductors can be attributed to the catalytic effect of precious metals. This occurs through two key mechanisms: electronic sensitization and chemical sensitization.…”
Noble metal-doping has proven to be an effective method for improving gas sensing performances in most reported semiconductor sensors. Herein, porous Ag-doped ZnSnO3 nanocubes were synthesised using a simple co-precipitation...
“…This sensor outperformed the pure SnO 2 sensor in terms of long-term stability and selectivity. 29 The noticeable improvement in the gas sensing performance of oxide semiconductors can be attributed to the catalytic effect of precious metals. This occurs through two key mechanisms: electronic sensitization and chemical sensitization.…”
Noble metal-doping has proven to be an effective method for improving gas sensing performances in most reported semiconductor sensors. Herein, porous Ag-doped ZnSnO3 nanocubes were synthesised using a simple co-precipitation...
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