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Manufacture of dense CAU-10-H coatings for application in adsorption driven heat pumps: Optimization and characterization

机译:用于吸附驱动热泵的致密CAU-10-H涂层的制造:优化和特性

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摘要

CAU-10-H displays a highly suitable step-wise water adsorption behaviour for application in adsorption driven heat pumps and chillers. For actual application, manufacturing of coatings of this material on thermally conductive surfaces is highly desired. Direct, single-step, crystallization of CAU-10-H on either metallic or anodized aluminium yields a significant amount of by-product(s) and an inhomogeneous substrate coverage. Although adequate pretreatment of the substrates before crystallization improves the quality of obtained coatings, significant improvements are achieved only when crystal nucleation and growth are separated. More specifically, application of a reactive seeding approach with anodized aluminium leads to full coverage of the substrate surface, high MOF loading and high purity of the crystalline phase, homogeneous layer thickness, narrow crystal size distribution, and good stability in repeated water adsorption–desorption cycles.
机译:CAU-10-H显示出非常适合逐步的水吸附行为,适用于吸附驱动的热泵和冷却器。对于实际应用,非常需要在导热表面上制造这种材料的涂层。在金属或阳极氧化铝上直接,一步一步地结晶CAU-10-H,会产生大量的副产物和不均匀的基材覆盖率。尽管在结晶之前对基材进行充分的预处理可以改善获得的涂层的质量,但是只有当晶体成核和生长分离时,才能实现显着的改进。更具体地说,采用阳极氧化铝的反应性播种方法的应用可完全覆盖基材表面,MOF含量高,结晶相纯度高,层厚均匀,晶体尺寸分布窄以及在重复的水吸附-解吸中具有良好的稳定性周期。

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