Optimized thermoelectric properties of p-type PbTe 0.88 Ag 0.12 through metallic transition and investigation of its time- and temperature-dependent oxidation process
Key Points
To investigate the effects of silver doping on the thermoelectric properties and oxidation behavior of PbTe.
Evaluated the thermoelectric properties of p-type PbTe doped with 12% silver.
Analyzed oxidation stability in different temperature conditions.
Compared performance of silver-doped PbTe with pure PbTe.
Silver doping significantly improves oxidation stability compared to pure PbTe.
Doped PbTe maintains high thermoelectric performance alongside reduced oxidation rates.
Abstract
Silver doping in PbTe 0.88 Ag 0.12 improves stability, reducing oxidation compared to pure PbTe, while maintaining high thermoelectric performance.
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Optimized thermoelectric properties of p-type PbTe 0.88 Ag 0.12 through metallic transition and investigation of its time- and temperature-dependent oxidation process | Synapse