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Quasicrystal coatings are potential candidates for many industrial applications, e.g., high hardness, low friction coefficient, low surface energy and high thermo-electric power. An attempt to produce a quasicrystal by plasma and flame spraying Ti 60 Cr 32 Si 8 (at.%) alloy powder has been reported in a previous paper. This paper focuses on the tribological properties of atmospheric...
This paper is a first report of thermally sprayed Ti 60 Cr 32 Si 8 (at.%) alloy coating. It has been reported previously that such an alloy assumes quasicrystallinity in the presence of oxygen, when made to undergo rapid quenching. In these cases, either TiO or SiO 2 is used as an ingredient in the alloy so that it can act as a source of oxygen. This paper describes...
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