COMPARISON BETWEEN THE THEORETICAL AND PRACTICAL PERFORMANCE OF CERAMIC MEMBRANES IN OXYGEN GENERATION

机译：氧气膜中陶瓷膜的理论和实践性能的比较

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The separation of oxygen from air can be achieved by incorporating ceramic membranes into high temperature electrochemical devices. Using membrane electrode assemblies consisting of oxygen ion conducting electrolytes (Ce_(0.9)Gd_(0.1)O_(1.95)) and perovskite electrodes (La_(0.6)Sr_(0.4)Fe_(0.8)Co_(0.2)O_3), we have been able to produce oxygen within an electrically driven device. In this paper we discuss the performance of these membranes in terms of their electrical characteristics (area specific resistance, current densities) and corresponding oxygen flux outputs. Our initial, performance figures are compared to anticipated theoretical values.

机译：通过将陶瓷膜掺入高温电化学装置中，可以实现来自空气的氧气的分离。使用由氧离子传导电解质组成的膜电极组件（CE_（0.9）GD_（0.1）O_（1.95））和钙钛矿电极（LA_（0.6）SR_（0.4）FE_（0.8）CO_（0.2）O_3），我们已经能够在电驱动装置内生产氧气。本文在其电特性（面积电阻，电流密度）和相应的氧气通量输出方面讨论了这些膜的性能。我们的初始性能数字与预期的理论值进行比较。

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《International symposium on solid oxide fuel cells》|1999年||共8页
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M; J. A. Kilner; F. P. F. van Berkel; M. D. Vazquez-Navarro; J. McAleese;
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中图分类化学电源、电池、燃料电池;
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COMPARISON BETWEEN THE THEORETICAL AND PRACTICAL PERFORMANCE OF CERAMIC MEMBRANES IN OXYGEN GENERATION

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