TZM is one of the most important molybdenum based alloys having a nominal composition
of Mo–0.5 Ti–0.1 Zr–0.02 C (wt.%). This alloy possesses high temperature strength, high …

Abstract Mo–TiC–La 2 O 3 molybdenum alloys were strengthened and toughened by the
synergistic action of nano-carbide particles and rare earth oxides. In this paper, the Mo–TiC …

钼合金顶头是生产不锈钢等高合金含量无缝钢管的关键工具之一. 从钼合金顶头的化学成分,
掺杂工艺, 粉体粒度和烧结工艺等方面入手, 研究影响顶头力学性能和使用寿命的主要因素 …

Dense pure tungsten and W–(0.1, 0.2, 0.5, 1.0) wt% Zr alloys were fabricated through spark
plasma sintering method. The relative density of all the samples was about 97%. The …

Abstract Pure W, W–0.2 wt% Zr (WZ), and W–0.2 wt% Zr–1.0 wt% Y 2 O 3 (WZY) with a
relative density of above 97% were fabricated by spark-plasma-sintering method. The …

Pure molybdenum was sintered with SPS under various temperatures, external pressures
and heating rates. The microstructure of the specimens representing the different sintering …

In this experiment, the nano-ZrO 2 particles reinforced molybdenum alloy with excellent
mechanical properties were prepared through liquid-liquid doping process, and the …

Molybdenum has tremendous application potential in the nuclear power field, but its
application is limited by the grain-boundary embrittlement of fusion-welded joints made of it …

Purpose: This study aims at determining the optimum cutting tools and cutting parameters in
terms of average surface roughness and cutting forces in milling of pure molybdenum, TZM …

Mo-ZrO 2 alloys were prepared through hydrothermal synthesis and powder metallurgy
process. Room temperature microstructures of these alloy plates were observed, while high …