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CHARACTERIZATION OF METAL FOAMS WITH SYNCHROTRON-TOMOGRAPHY AND 3D IMAGE ANALYSIS

机译:具有同步训练和3D图像分析的金属泡沫的特征

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The design of porous metal structures is of high interest for novel lightweight industrial applications. Synchrotron tomography in combination with 3D image analysis is the suitable method to investigate these structures. In order to bring the foam production process from the laboratory to industrial scales a detailed knowledge of the control parameters' influence on the resulting pore structure is needed. We investigate metal foams made of aluminium and zinc. Our focus is set on early stages of the foam evolution prepared with blowing agents TiH{sub}2 or ZrH{sub}2 in different pre-treated conditions.
机译:多孔金属结构的设计对于新颖的轻质工业应用具有高兴趣。同步剖析与3D图像分析的组合是研究这些结构的合适方法。为了将泡沫生产过程从实验室带到工业规模,需要对控制参数的详细了解对所得孔结构的影响。我们调查由铝和锌制成的金属泡沫。我们的重点是在不同预处理条件下用吹风剂TiH {Sub} 2或ZRH {Sub} 2制备的泡沫进化的早期阶段。

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