Fig. 1: PXRD and lattice thermal conductivity of Pb1.02Se1–xTex and Pb1.02Se1–ySy. | Nature Communications

Fig. 1: PXRD and lattice thermal conductivity of Pb1.02Se1–xTex and Pb1.02Se1–ySy.

From: Dense dislocations enable high-performance PbSe thermoelectric at low-medium temperatures

Fig. 1: PXRD and lattice thermal conductivity of Pb1.02Se1–xTex and Pb1.02Se1–ySy.The alternative text for this image may have been generated using AI.

a Powder XRD patterns of Pb1.02Se1–xTex (x = 0–0.20). b Powder XRD patterns of Pb1.02Se1–ySy (y = 0–0.10). c Lattice parameter as a function of Te/S fraction. d Room-temperature lattice thermal conductivity as a function of Te/S fraction in Pb1.02Se1–xTex (x = 0–0.20) and Pb1.02Se1–ySy (y = 0–0.10).

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