This analysis explores thermal conductivity variations in (SnSe)1-x(SmSe)x alloys, indicating significant changes with samarium doping.
The article gives a brief analysis of the results of studying the temperature dependence of thermal conductivity and thermal resistance of the (SnSe)i-x(SmSe)x system alloys doped with samarium (Sm). It is established, that as the concentration of Sm atoms in the compositions increases, the value of the thermal conductivity coefficient decreases proportionally. Such a decrease sharply slows down at T > 300 K and the compositions show an increase in the value of thermal conductivity and a partial decrease in the thermal resistance.
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Xazay et al. (2026) studied this question.
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