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Palladium-copper membranes for hydrogen separation

机译:用于氢气分离的钯 - 铜膜

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This communication summarizes key elements and facts of PdCu alloy membranes for H-2 separation by reviewing fundamentals and literature reports, such as the PdCu phase diagram and its implications toward membrane permeability and stability, the phase and composition segregation behavior, and the intricate phase structure-composition-stability-permeability relationship. The inconvenient challenges for applying PdCu alloy membranes due to its complex alloy phase diagram consisting of more than one phase structure are identified. The sulfur resistance and H-2 permeation hysteresis will also be discussed accordingly. Previously reported permeation data will be revisited by using the insights outlined to explain some of the previous observations of instability for PdCu alloys operating in pure H-2 atmosphere. We conclude the manuscript with a summary, as well as our perspective and outlook on this topic. (C) 2017 Elsevier B.V. All rights reserved.
机译:该通信通过审查基本原理和文献报告,例如PDCU相图及其对膜渗透性和稳定性,相和组合物分离行为的影响,以及复杂相结构,总结了PDCU合金膜的关键要素和事实 - 适应稳定性渗透性关系。 鉴定了由其复杂的合金相图施加PDCU合金膜的不方便挑战。 硫抗性和H-2渗透滞后也将相应讨论。 先前报告的渗透数据将通过使用概述的见解来重新提出,以解释在纯H-2气氛中运行的PDCU合金的一些不稳定性的一些不稳定性的观察结果。 我们将手稿与摘要结束,以及我们对本主题的看法和展望。 (c)2017 Elsevier B.v.保留所有权利。

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