Analysis of the Specific Heat of Ru Doped LiKSO4 Close to Phase Transitions

2018-05-01
Yurtseven, Hasan Hamit
Tirpanci, D. V.
KARACALİ, HUSEYİN
The temperature dependence of the specific heat, C (p) , is analyzed for different percentages of ruthenium (Ru) content in LiKSO4 using a power-law formula deduced from Ising model. For this analysis, data observed are taken from the literature and the values of the critical exponent for C (p) are extracted in the vicinity of the transition temperature (T (c) = 708 K) within the incommensurate phase of Ru doped LiKSO4. Obtained values of the critical exponent of C (p) confirm in most cases above and below C (p) the critical exponent value predicted by the 3D Ising model for the doped LiKSO4. On this basis, the specific heat, C (p) , of some other molecular crystals can also be analyzed using the same power-law formula as studied here.

Citation Formats
H. H. Yurtseven, D. V. Tirpanci, and H. KARACALİ, “Analysis of the Specific Heat of Ru Doped LiKSO4 Close to Phase Transitions,” HIGH TEMPERATURE, vol. 56, no. 3, pp. 462–465, 2018, Accessed: 00, 2020. [Online]. Available: https://hdl.handle.net/11511/40388.