HIGH-TEMPERATURE HEAT CAPACITY AND THERMODYNAMIC PROPERTIES OF BiEuTiO

Key Points

• This research investigates the heat capacity and thermodynamic properties of substituted titanates, BiEuTiO.
• Prepared titanates by roasting BiO, EuO, and TiO mixtures at 1003–1323 K
• Determined crystal structure using X-ray diffraction
• Measured heat capacity using differential scanning calorimetry
• Calculated thermodynamic properties from experimental data.
• High-temperature heat capacity values were obtained for different BiEuTiO compositions.
• Specific thermodynamic properties were derived from the experimental heat capacity data.
• The crystal structure analysis provided insights into the material's phase behavior.