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| 1 | 泡沫铝吸声性能的研究进展显示文摘泡沫铝的孔结构和金属特性使其具有优异的吸声性能。介绍了泡沫铝吸声性能的研究进展,并分析了当前研究中存在的问题,对未来泡沫铝在吸声领域的研究做出展望。未来需进一步研究泡沫铝材料的吸声机理,尝试将结构参数对吸声系数值的影响定量化,系统研究组合结构的吸声性能;探索建立闭孔泡沫铝材料吸声的理论模型,实现对吸声的理论预测、分析与计算,为实际应用提供指导。 | 梁李斯 张杏 宋亦非 路美妙 罗帅 纪昭 | 2016 | 材料导报2016，30，17： | 9 |
| 2 | 泡沫铝材料的制备技术及其应用研究概述显示文摘简单介绍了泡沫铝材料的特性和发展进程,作为一种新型功能-结构金属复合材料,具有优异的综合性能和良好的应用前景。综述了泡沫铝材料的分类,分析了闭孔和开孔泡沫铝的制备方法和制备原理。并结合当前泡沫铝材料国内外最新研究进展以及在各个领域的应用情况,对未来研究发展的重点和趋势进行简要分析。 | 赵河闯 朱艳超 田键 李涛 张祥 | 2018 | 有色金属加工2018，47，6： | 5 |
| 3 | Mechanical behaviors and energy absorption properties of Y/Cr and Ce/Cr coated open-cell nickel-based alloy foams显示文摘In this study,Y-and Ce-modified Cr coatings applied by pack cementation method were prepared on the surface of open-cell nickel-based alloy foam.The morphologies and microstructures of Y-and Ce-modified Cr coatings with various Y and Ce contents were investigated in detail.Then,the effects of Y and Ce addition on the mechanical properties of open-cell nickel-based alloy foams were analyzed and compared.Simultaneously,the energy absorption capacity and energy absorption efficiency of the Y-and Ce-modified Cr coated alloy foams were discussed and compared at the room and high temperatures.The results show that Cr coatings containing minor amounts of rare earth element(Y and Ce) are well adhered to the nickel-based foam struts.Especially,the microstructure of the 2 wt% Ce-modified Cr coating is denser and uniform.In addition,the compressive strength and plateau stress of Y-and Ce-modified Cr coated alloy foams firstly increase and then decrease by increasing the Y and Ce contents at room and high temperatures.The energy absorption capacity of Y/Cr and Ce/Cr coated alloy foams increases linearly with the strains increasing.The Ce/Cr coated alloy foams can absorb more energy than Y/Cr coated alloy foams in the plateau and densification regions at room temperature.Compared to those at room temperature,the Y-and Ce-modified Cr coated alloy foams show higher energy absorption efficiency when deformation within 10%-30% at high temperature. | Zhi-Li Hu Qiu Pang Guo-Qiang Ji Gao-Hui Wu | 2018 | Rare Metals2018，37，8： | 1 |
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