DETERMINATION OF HEAT CAPACITY OF SOME SEMICONDUCTOR COMPOUNDS USING A DELAUNAY'S INTEGRAL
Keywords: Semiconductor Compounds, Molar Heat Capacity, Numerical Delaunay's Method, Debye's Temperature
Using a numerical Delaunay's method, theoretical values of molar heat capacity Cp were calculated for some semiconductors (GeS, GeSe, GeTe). The obtained results have been compared with the n-dimensional Debye functions and with the corresponding experimental results in the 220-250 K temperature range. The estimated results are in good agreement with both the n-dimensional Debye functions and the experimental results over the entire temperature range. This confirms that the numerical Delaunay's method is able to represent the molar heat capacity Cp of semiconductor compounds.
How to Cite
Aldeeb, B. (2022). DETERMINATION OF HEAT CAPACITY OF SOME SEMICONDUCTOR COMPOUNDS USING A DELAUNAY’S INTEGRAL. Scientific Journal of Applied Sciences of Sabratha University, 1-15. https://doi.org/10.47891/sabujas.v0i0.1-15