Abstract:Highlights• The lattice thermal conductivity of magnetite thin film was studied for temperature between 0.1 and 350K• Modified Callaway Model could predict the thermal conductivity of all magnetite nano-layers • Some physical quantities were estimated for nano-sized Fe3O4 using Modified Callaway Model.
“…32 In eqn (2), L refers to the effective size of the sample considering the Casimir length. 33,34 For the q D and v s , we used experimental values from previous studies. 19,35 As these values are directionally anisotropic, the averaged value was utilized in our calculations.…”
Section: Theoretical Calculation Of Thermal Conductivity For the Ptse...mentioning
Two-dimensional (2D) transition metal dichalcogenide (TMDC) materials are indispensable candidates for thermoelectric (TE) device applications. However, thermal transport at low temperatures, as an important TE device application, has not been...
“…32 In eqn (2), L refers to the effective size of the sample considering the Casimir length. 33,34 For the q D and v s , we used experimental values from previous studies. 19,35 As these values are directionally anisotropic, the averaged value was utilized in our calculations.…”
Section: Theoretical Calculation Of Thermal Conductivity For the Ptse...mentioning
Two-dimensional (2D) transition metal dichalcogenide (TMDC) materials are indispensable candidates for thermoelectric (TE) device applications. However, thermal transport at low temperatures, as an important TE device application, has not been...
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