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Rare earth metal borides have attracted great interest due to their unusual properties, such as superconductivity and f-electron magnetism. A recent discovery attributes the tunability of magnetism in rare earth alumino borides to the effect of so-called ldquobuilding defects.rdquo In this paper, we report data for the effect of building defects on the thermal conductivities of alpha-TmAlB 4 single crystals. Building defects reduce the thermal conductivity of alpha-TmAlB 4 by ap30%. At room temperature, the thermal conductivity of AlB 2 is nearly a factor of 5 higher than that of alpha-TmAlB 4. AlB 2 single crystals are thermally anisotropic with the c-axis thermal conductivity nearly twice the thermal conductivity of the a-b plane. Temperature dependence of the thermal conductivity near and above room temperature reveals that both electrons and phonons contribute substantially to thermal transport in AlB 2 with electrons being the dominant heat carriers

apl materials

Thermal conductivity of layered borides: The effect of building defects on the thermal conductivity of TmAlB<sub>4</sub>and the anisotropic thermal conductivity of AlB<sub>2</sub>

Thermal conductivity of layered borides: The effect of building defects on the thermal conductivity of TmAlB4and the anisotropic thermal conductivity of AlB2

Thermal conductivity of layered borides: The effect of building defects on the thermal conductivity of TmAlB₄and the anisotropic thermal conductivity of AlB₂