Measurement of heat capacity shows high stability of LaTaO, indicating significant thermodynamic properties across temperatures.
By relaxation, adiabatic and differential scanning calorimetry methods the molar heat capacity of lanthanum tantalate LaTaO of the structural type of weberite has been measured in the temperature range 0–1760 K and the thermodynamic properties have been calculated from the smoothed values of heat capacity: entropy and enthalpy increment, the Gibbs energy of lanthanum tantalate formation from binary oxides in the region of high temperatures was estimated and high stability of LaTaO was shown.
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П. Г. Гагарин (2025) studied this question.
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