Heat capacity for the Eu2Zr2O7 and phase relations in the ZrO2-Eu2O3 system: Experimental studies and calculations Fabrichnaya, O.; Kriegel, M.; Pavlyuchkov, D.; Seidel, J.; Dzuban, A.; Savinykh, G.; Schreiber, G.; Thermochimica Acta 2013, 558, 74-82
Data
P = 101.325 kPa
T (K) Cp (J mol-1 K-1)
603 122.98
693 125.0
703 125.16
713 125.32
723 125.47
733 125.62
743 125.75
753 125.88
763 126.0
773 126.12
783 126.22
613 123.25
793 126.33
803 126.42
813 126.52
823 126.6
833 126.68
843 126.76
853 126.83
863 126.9
873 126.97
883 127.03
623 123.52
893 127.09
903 127.14
913 127.19
923 127.24
933 127.28
943 127.32
953 127.36
963 127.4
973 127.43
983 127.46
633 123.77
993 127.49
1003 127.52
1013 127.54
1023 127.57
1033 127.59
1043 127.61
1053 127.62
1063 127.64
1073 127.65
1083 127.66
643 124.0
1093 127.67
1103 127.68
1113 127.68
1123 127.68
1133 127.69
1143 127.69
1153 127.69
1163 127.7
1173 127.7
1183 127.7
653 124.22
1193 127.7
1203 127.69
663 124.43
673 124.63
683 124.82
28394; yttrium oxide (Y2O3); 05542