• A calorimetric and thermodynamic investigation of A2[(UO2)2(MoO4)O2] compounds with A = K and Rb and calculated phase relations in the system (K2MoO4 + UO3 + H2O)

Data

[{'id': 110638, 'desc': '18 datapoints in 1 series, <b>quantities:</b> Molar heat capacity at constant pressure, <b>system:</b> molybdenum potassium uranium oxide (MoK2U2O10)'}, {'id': 110639, 'desc': '18 datapoints in 1 series, <b>quantities:</b> Molar enthalpy, <b>system:</b> molybdenum potassium uranium oxide (MoK2U2O10)'}, {'id': 110640, 'desc': '18 datapoints in 1 series, <b>quantities:</b> Molar entropy, <b>system:</b> molybdenum potassium uranium oxide (MoK2U2O10)'}, {'id': 110641, 'desc': '128 datapoints in 1 series, <b>quantities:</b> Molar heat capacity at constant pressure, <b>system:</b> molybdenum potassium uranium oxide (MoK2U2O10)'}, {'id': 110642, 'desc': '18 datapoints in 1 series, <b>quantities:</b> Molar heat capacity at constant pressure, <b>system:</b> molybdenum rubidium uranium oxide (MoRb2U2O10)'}, {'id': 110643, 'desc': '18 datapoints in 1 series, <b>quantities:</b> Molar enthalpy, <b>system:</b> molybdenum rubidium uranium oxide (MoRb2U2O10)'}, {'id': 110644, 'desc': '18 datapoints in 1 series, <b>quantities:</b> Molar entropy, <b>system:</b> molybdenum rubidium uranium oxide (MoRb2U2O10)'}, {'id': 110645, 'desc': '115 datapoints in 1 series, <b>quantities:</b> Molar heat capacity at constant pressure, <b>system:</b> molybdenum rubidium uranium oxide (MoRb2U2O10)'}] temp"