Ohmic Contacts to Semiconducting Ceramics

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Abstract
Layers on tinplate exhibit three different types of structure, the primary forms of which occur on the {100}, {110}, and {111} faces of iron. The rate and manner of growth of the alloy layer on each of these three faces have been studied for a heating rate that simulated commercial flow brighening of tinplate. Results show that the alloy layer grows at a different rate on each face. The alloy growth on both the {100} and {110} faces exhibits arrests that are associated with completion of base‐metal coverage by the alloy layer. Results provide a reasonably clear understanding of the manner in which alloy layers grow on tinplate during commercial flow brightening.

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