RECENT RESULTS ON THE IDEAL STRUCTURE OF GLASSES

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Abstract
The ideal random structure is defined as the most probable, distribution of cell shapes, subject to topological and space-filling constraints. This implies a linear relation between average volume of f-sided cells, and f. This has been observed in 2D tissues (Lewis's law). The average is calculated. From = 13.40 in undifferentiated tissues, it increases with anisotropy of the cells, and decreases if their sizes fluctuate

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