A solubility range of 2.1 at.% Si at 1600 °C in Mo5Si3 was measured by energy dispersive spectrometry (EDS) in a SEM on samples containing the second phases Mo3Si and MoSi2, respectively. Of the three methods for elemental analysis used in this work, i.e. bulk chemical analysis, EDS, and Rietveld refinement of neutron powder diffraction data, it is concluded that EDS yields an underestimation of Si-content in Mo5Si3 compared to bulk chemical analysis. As a result, the homogeneity range of Mo5Si3 is displaced to lower Si-content compared to the Mo-Si binary phase diagram. Both hardness and toughness of Mo5Si3 displayed their highest values for the composition closest to stoichiometry. The single-phase sample contained Mo vacancies according ...
The cracking behaviour of indented areas in monolithic Mo5Si3 and segregation in Cr-alloyed Mo5Si3 h...
The influence of substitutional alloying elements (Al, Nb and W) on the mechanical properties of MoS...
With outstanding high-temperature properties, the intermetallic Mo5SiB2 alloy is regarded as an extr...
The role of alloying elements in the intermetallic compound Mo5Si3 was studied in the alloying syste...
The ultra-high temperature structural intermetallic Mo5Si3 has been studied for alloy processing, ph...
The fundamental thermophysical properties of Mo5Si3 have been investigated. The pronounced mismatch ...
The fundamental thermophysical properties of Mo5Si3 have been investigated. The pronounced mismatch ...
The materials processing, physical properties and mechanical behavior of an ultrahigh temperature st...
In general, size, shape and dispersion of phases in alloys significantly affect mechanical propertie...
The silicide intermetallic compounds in the Mo-Si system are of interest as high temperature structu...
The materials processing, physical properties and mechanical behavior of an ultra-high temperature s...
The role of alloying elements in the intermetallic compound Mo<font size="-1"><sub>5</sub></font>Si<...
Mo-Si-B intermetallics consisting of the phases Mo3Si, Mo5SiB2, and α-Mo (Mo solid solution) can be ...
We have investigated the mechanical behavior of the following single-phase polycrystalline alloys wi...
The literature on the processing, microstructure and properties of MoSi2 was briefly reviewed togeth...
The cracking behaviour of indented areas in monolithic Mo5Si3 and segregation in Cr-alloyed Mo5Si3 h...
The influence of substitutional alloying elements (Al, Nb and W) on the mechanical properties of MoS...
With outstanding high-temperature properties, the intermetallic Mo5SiB2 alloy is regarded as an extr...
The role of alloying elements in the intermetallic compound Mo5Si3 was studied in the alloying syste...
The ultra-high temperature structural intermetallic Mo5Si3 has been studied for alloy processing, ph...
The fundamental thermophysical properties of Mo5Si3 have been investigated. The pronounced mismatch ...
The fundamental thermophysical properties of Mo5Si3 have been investigated. The pronounced mismatch ...
The materials processing, physical properties and mechanical behavior of an ultrahigh temperature st...
In general, size, shape and dispersion of phases in alloys significantly affect mechanical propertie...
The silicide intermetallic compounds in the Mo-Si system are of interest as high temperature structu...
The materials processing, physical properties and mechanical behavior of an ultra-high temperature s...
The role of alloying elements in the intermetallic compound Mo<font size="-1"><sub>5</sub></font>Si<...
Mo-Si-B intermetallics consisting of the phases Mo3Si, Mo5SiB2, and α-Mo (Mo solid solution) can be ...
We have investigated the mechanical behavior of the following single-phase polycrystalline alloys wi...
The literature on the processing, microstructure and properties of MoSi2 was briefly reviewed togeth...
The cracking behaviour of indented areas in monolithic Mo5Si3 and segregation in Cr-alloyed Mo5Si3 h...
The influence of substitutional alloying elements (Al, Nb and W) on the mechanical properties of MoS...
With outstanding high-temperature properties, the intermetallic Mo5SiB2 alloy is regarded as an extr...