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首页> 外文期刊>CERAMICS INTERNATIONAL >Microstructure and anti-penetration performance of continuous gradient Ti/TiB-TiB2 composite fabricated by spark plasma sintering combined with tape casting
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Microstructure and anti-penetration performance of continuous gradient Ti/TiB-TiB2 composite fabricated by spark plasma sintering combined with tape casting

机译：通过火花等离子烧结制造的连续梯度Ti / Tib-Tib2复合材料的组织和抗渗透性能与胶带铸造相结合

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摘要

Abrupt change of acoustic impedance at the interfaces of step gradient composites is the main reason which hinder their further improving of bulletproof performance. Eliminating these interfaces is an effective method to fundamentally solve this problem. In this study, continuous gradient Ti/TiB-TiB2 composite was fabricated by spark plasma sintering (SPS) combined with tape casting. Interfaces between the different thin tape layers were successfully eliminated through the growth of rod-like TiB crystals during SPS sintering. High speed impact test indicates the continuous gradient Ti/TiB-TiB(2 )composite not only possesses excellent anti-penetration performance, but also has the ability to resist a second strike.
机译：步进梯度复合材料的界面处的声阻抗的突然变化是阻碍其进一步改善防弹性能的主要原因。 消除这些接口是一种有效的方法，可以从根本上解决这个问题。 在该研究中，通过与胶带铸造的火花等离子体烧结（SPS）制造连续梯度Ti / Tib-TiB2复合材料。 通过在SPS烧结期间通过杆状TIB晶体的生长成功消除了不同薄带层之间的界面。 高速冲击试验表明连续梯度Ti / Tib-Tib（2）复合材料不仅具有出色的防渗透性能，而且还具有抵抗第二次击打的能力。

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