通过电泳沉积和简单的火花等离子烧结（SPS），成功地制备了具有珍珠层结构的原位（TiC+ Ti5Si3）/Ti复合材料，其中，采用电泳沉积在商用纯钛箔上同时沉积氧化石墨烯（GOs）和硅（Si），SPS有助于生成原位反应，形成TiC+ Ti5Si3增强体，同时实现致密化。

2024年12月1日 · In this study, Ti 5 Si 3 particles are successfully in-situ synthesized in Al-Si-Ti system through the interdiffusion reaction between Ti-Si using a powder metallurgy approach.

2001年8月31日 · Recent investigations show that the addition of Si into TiAl alloy introduces round Ti 5 Si 3 particles by powder metallurgy [6], [7], and Ti 5 Si 3 whiskers by ingot metallurgy [8]. The precipitation of Ti 5 Si 3 particles is heterogeneous.

2019年1月15日 · Proper oxidation resistance, high melting point, suitable creep resistance and high specific strength make titanium silicide (Ti 5 Si 3) a promising material for application in severe conditions. However, the major drawback of applying Ti 5 Si 3 is the low fracture toughness (2.5 Mpam 1/2).

2020年8月17日 · In order to clarify the Ti5Si3 formation processes and its microstructure characteristics, the as-cast and deeply etched Cu-Ti-Si alloys with different compositions and cooling rates were investigated using scanning electron microscopy (SEM), transmission electron microscopy (TEM) and X-ray diffraction (XRD).

TEM and EBSD analyses revealed that the size of Ti5Si3 particles increased (from 50 nm to 300 nm) with the aging temperature increasing (from 700 °C to 900 °C), and growth mechanism of matrix...

2022年6月2日 · 通过电泳沉积和简单的火花等离子烧结（SPS），成功地制备了具有珍珠层结构的原位（TiC+ Ti5Si3）/Ti复合材料，其中，采用电泳沉积在商用纯钛箔上同时沉积氧化石墨烯（GOs）和硅（Si），SPS有助于生成原位反应，形成TiC+ Ti5Si3增强体，同时实现致密化。

2012年7月10日 · The structural changes and characterization of powder particles during milling were studied by X-ray diffraction (XRD), scanning electron microscopy (SEM), transmission electron microscopy (TEM), particle size analyser (PSA) and microhardness measurements.

在这项工作中，基于Ti 5 Si 3 的低密度、高强度和与钛相当的热膨胀系数，开发了一种具有原位Ti 5 Si 3 沉淀的新型高强度钛合金，并进一步热处理调节微观结构和性能。 结果表明，原位析出物既包括β -Ti基体中的针状二次 α -Ti ，也包括球状Ti 5 Si 3在 800 °C 40 分钟的最佳热处理后， α / β 相界附近的合金具有优异的强度和延展性。 具体而言，它的极限强度为 944.1 MPa，伸长率为 12.5%，具有优异的加工硬化行为和延性断口，包括丰富的撕裂边缘和韧窝。 这项工作验证了 …

The main microstructural change observed in the γ-rich region was precipitation of fine Ti5Si3 particles. Ordinary dislocations in the γ matrix dominate the deformation microstructures at creep...