Tübingen triangle
The Tübingen triangle is, apart from the Penrose rhomb tilings and their variations, a classical candidate to model 5-fold (respectively 10-fold) quasicrystals. The inflation factor is – as in the Penrose case – the golden mean, The prototiles are Robinson triangles, but the relation is different: The Penrose rhomb tilings are locally derivable from the Tübingen triangle tilings. These tilings were discovered and studied thoroughly by a group in Tübingen, Germany, thus the name.
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Tübingen triangle
The Tübingen triangle is, apart from the Penrose rhomb tilings and their variations, a classical candidate to model 5-fold (respectively 10-fold) quasicrystals. The inflation factor is – as in the Penrose case – the golden mean, The prototiles are Robinson triangles, but the relation is different: The Penrose rhomb tilings are locally derivable from the Tübingen triangle tilings. These tilings were discovered and studied thoroughly by a group in Tübingen, Germany, thus the name.
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Das Tübinger Dreieck ist neben ...... ng in den Bildern dargestellt.
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The Tübingen triangle is, apar ...... tches of the relevant figures.
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Das Tübinger Dreieck ist neben ...... se-Raute, der Goldene Schnitt:
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The Tübingen triangle is, apar ...... ingen, Germany, thus the name.
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Tübingen triangle
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Tübinger Dreieck
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