Low-temperature Heat Capacities of Copper Ferrites (with a Summary of Entropies at 298.15 K. of Spinel Minerals) |
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20.08 percent copper adjustment of composition allowance for zero-point Bureau of Mines cal./deg Capacities and Entropies Capacities at Low capacities of copper Cation Arrangement Chem copper ferrites Cupric Oxides Debye and Einstein Division of Mineral E. G. King Einstein function sum entropy values extrapolated portion final product analyzed heat-capacity measurements impurities were observed Jour K. K. KELLEY King and K. K. lines of unreacted logarithm of temperature Low-Temperature Heat Capacities Magnetite measured heat-capacity values measured portion Mineral Technology Minerals Thermodynamics Experiment mole Cp Oxides With Spinel pattern was essentially percent iron percent oxygen Phys Properties and Cation Region II Rln2 Romeijn Shomate Simpson-rule integration spinel minerals spinel structure structural randomness substances SUMMARY OF ENTROPIES Temperatures and Entropies thermodynamic calculations Thermodynamics Experiment Station tural U. S. Dept unreacted oxides ured heat-capacity values value recommended values against logarithm values to 100 variate class Variate spinels zero-point entropy zero-point structural entropy