Abstract
Ti-Mo-Nb alloy material, which is a candidate of the zero-scattering material used for neutron diffraction applications, was designed and prepared by the powder metallurgy method. Ti-Mo-Nb alloy containing 10%Nb sintered at 1700 °C for 5 h has a microstructure of single solid solution phase, and has a compressive strength of 1711 MPa and the compression strain of 13.5%. (β-Ti-Mo-Nb)/(β-Ti-Mo-Nb) grain boundaries can be gradually wetted by the α-Ti phase with the increase of sintering temperature and Nb content. The neutron diffraction test of the Ti-Mo-Nb alloy shows that the diffraction intensity is very low and peaks are not obvious, which illustrates that no neutron diffraction appears for this alloy.
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