Abstract
We report the results of a computer investigation of sets of mutually orthogonal latin squares (MOLS) of small order. For we 1. Determine the number of orthogonal mates for each species of latin square of order . 2. Calculate the proportion of latin squares of order that have an orthogonal mate, and the expected number of mates when a square is chosen uniformly at random. 3. Classify all sets of MOLS of order up to various different notions of equivalence. We also provide a triple of latin squares of order 10 that is the closest to being a set of MOLS so far found.
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