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We study the influence of technological media of solid-oxide fuel cells on the mechanical and physical properties of Crofer JDA alloy and the materials based on the Ti3AlC2 -type MAX-phase. It is shown that Ti3AlC2 and Ti3AlC2 –Nb materials with a porosity of 1% are comparable with Crofer JDA alloy by electric conductivity but possess higher strength and heat resistance than this alloy for lower density...
It is shown that the electric conductivity of VT1-0 and Fe–18Cr–14Ni powder alloys varies within the range 6.3–8.8∙105 S/m and is 3–5 times higher than the conductivity of extensively used YSZ–Ni anode materials for solid-oxide fuel cells. It is shown that the negative influence of high temperatures on the mechanical characteristics of the investigated materials is much stronger than the influence...
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