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Tellurium embrittlement of Type 316 steel

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The effect of molten tellurium and tellurium/caesium mixtures on the mechanical properties of Type 316 steel have been assessed at temperatures between 460 and 800 ° C using slow and fast strain rates. Tellurium embrittled the steel at temperatures above 600 ° C and this was associated with extensive chemical interaction and grain boundary penetration. At 600 ° C, the addition of even 2% of caesium caused tellurium to embrittle the steel severely. Similarities to zinc embrittlement exist that suggest tellurium also degrades by a two step process, with cracks being initiated due to the chemical interaction but propagating because of surface energy reductions.

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Hemsworth, J.A., Nicholas, M.G. & Crispin, R.M. Tellurium embrittlement of Type 316 steel. J Mater Sci 25, 5248–5256 (1990). https://doi.org/10.1007/BF00580158

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  • Polymer
  • Zinc
  • Mechanical Property
  • Surface Energy
  • Step Process