Interface Reactions of Pure Ti Thermal Plasma Spray Coated Mo-Si-B Alloys During Oxidation

Title:Interface Reactions of Pure Ti Thermal Plasma Spray Coated Mo-Si-B Alloys During Oxidation

Volume: 10 Issue: 1

Author(s): Y.H. Song, J.M. Kim and J.S. Park

Affiliation:

Keywords: Alloys, coating, Mo alloys, oxidation, scanning electron microscopy.

Abstract: The oxidation behaviors of Ti powder thermal spray coated Mo-Si-B alloys have been investigated in order to identify the underlying mechanism for the effect of precursor Ti coatings on Mo-Si-B alloys. Pure Ti powder was thermally sprayed on the two phase alloy (Mo (solid solution)+T2(Mo₅SiB₂)) fabricated by arc melting elemental components. The oxidation tests performed at 1100 °C show that the Ti powder was tightly bonded and reacted with the surface of the substrate, and TiO₂ layer was formed at the outer surface of the coated Ti layer as a result of oxidation exposure. The oxidation behaviors of pure elemental component coated Mo-Si-B alloys have been discussed in terms of microstructural observations during oxidation tests.

Cite this article as:

Song Y.H., Kim J.M. and Park J.S., Interface Reactions of Pure Ti Thermal Plasma Spray Coated Mo-Si-B Alloys During Oxidation, Current Nanoscience 2014; 10 (1) . https://dx.doi.org/10.2174/1573413709666131111225312