Abstract A layered metallic hybrid material based on vanadium and zirconium alloys was obtained by high pressure torsion (HPT) at room temperature. HPT of the initial three-layer V-10Ti-5Cr alloy/Zr-2.5Nb alloy/V-10Ti-5Cr alloy billet resulted in a “mixing” of the zirconium alloy layer with vanadium alloy layers. A mixed nanostructure consisting of elongated grains (fragments) with a width of 40–50 nm was formed in the zirconium/vanadium alloy layers of the hybrid. Partial amorphization in the zirconium alloy layer of the hybrid material was found.

中文翻译：

---

多层 V-10Ti-5Cr / Zr-2.5Nb / V-10Ti-5Cr 混合材料中的高压扭转诱导非晶相

摘要 在室温下通过高压扭转（HPT）获得了一种基于钒和锆合金的层状金属杂化材料。初始三层 V-10Ti-5Cr 合金/Zr-2.5Nb 合金/V-10Ti-5Cr 合金坯料的 HPT 导致锆合金层与钒合金层“混合”。在混合体的锆/钒合金层中形成由宽度为 40-50 nm 的细长晶粒（碎片）组成的混合纳米结构。在混合材料的锆合金层中发现了部分非晶化。