首页> 外文期刊>International Journal of Quantum Chemistry >THERMOGRAVIMETRIC STUDY OF THE LN(2)O(3)-CO-CO2O3 SYSTEM .4. LN=LA AT 1100 AND 1150-DEGREES-C
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THERMOGRAVIMETRIC STUDY OF THE LN(2)O(3)-CO-CO2O3 SYSTEM .4. LN=LA AT 1100 AND 1150-DEGREES-C

机译:LN(2)O(3)-CO-CO2O3体系的热重分析.4。 LN = LA at 1100 and 1150-DEGREES-C

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Phase equilibria in the system La-Co-O at 1100 and 1150 degrees C are established by changing the oxygen partial pressure from 0 to 12.00 in -log(PO2/atm), and a phase diagram of the La2O3-Co-Co2O3 system is represented. Under the experimental conditions, La2O3, CoO, Co, La2CoO4, LaCoO3, and La4Co3O10 phases are present. Nonstoichiometry of the compound is presented with respect to the oxygen partial pressure, and activities of the components in the solid solutions are calculated by using the composition-oxygen partial pressure relations obtained. The standard Gibbs energy changes of the reactions in the phase diagrams are calculated and their linearity with reciprocal temperature is confirmed under the present experimental conditions. (C) 1997 Academic Press. [References: 10]
机译:通过在-log(PO2 / atm)中将氧气分压从0更改为12.00,可以在1100和1150摄氏度下建立La-Co-O系统的相平衡,La2O3-Co-Co2O3系统的相图为代表。在实验条件下,存在La2O3,CoO,Co,La2CoO4,LaCoO3和La4Co3O10相。给出了相对于氧分压的化合物的非化学计量关系,并且通过使用获得的组成-氧分压关系来计算固溶体中组分的活性。在当前实验条件下,计算了相图中标准反应的吉布斯能量变化,并确定了它们与倒数温度的线性关系。 (C)1997学术出版社。 [参考:10]

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