Specific Heat of Some High Temperature Materials.

Density functional perturbation theory calculations of vibrational and thermodynamic properties of Zn1−Be O alloys

“…At room temperature, the heat capacities are 77.72, 72.61, 69.67, 59.33 and 48.27 J/mol K with the increasing x, respectively. It is known that for solids the difference between C p and C v is negligible at low temperatures, our calculated value of C v is smaller than the experimental data of C p ¼40.45 J/mol K in [51] for ZnO, while, our calculated value of C v for BeO is in fairly good agreement with the experimental C v values and 40.18 J/mol K in [52] at room temperature.…”

Handbook of SiC properties for fuel performance modeling

“…Heat content It is well established that the specific heat of SiC is higher than that of the other refractory carbides and nitrides. The specific heat of SiC has been reported over a wide temperature range [29][30][31][32][33][34][35][36][37][38][39] and is summarized in Fig. 6.…”