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Printability and structural analysis of Yttrium iron garnet thick film with low firing temperature

机译:烧结温度低的钇铁石榴石厚膜的适印性及结构分析

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This paper presents results of study on Yttrium iron garnet (YIG) thick film paste using linseed oil as organic binder. YIG nanopowder is mixed with organic vehicle which consists of linseed oil, m-xylene and α-terpineol. Samples with different ratios of compositions are prepared to study the printability and adhesion properties of the paste. Paste samples were then screen printed onto alumina substrate, dried and fired at 300°C. Microscopic images of the samples were observed to determine most suitable ratio for producing YIG paste. Based on the results, YIG paste with 30 wt% ratio showed good adhesion to the substrate as well as having high dielectric property compared to pastes with lower powder ratio.
机译:本文介绍了以亚麻籽油为有机粘结剂的钇铁石榴石(YIG)厚膜糊的研究结果。 YIG纳米粉与由亚麻籽油,间二甲苯和α-萜品醇组成的有机载体混合。制备具有不同组成比的样品以研究糊剂的可印刷性和粘附性。然后将糊状样品丝网印刷到氧化铝基材上,干燥并在300°C下烧制。观察样品的显微图像以确定最合适的产生YIG糊剂的比例。根据该结果,与粉末比率较低的糊剂相比,比率为30重量%的YIG糊剂对基材的密合性良好,并且具有高介电特性。

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