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The percolation properties and upper critical field of a disordered superconductive square network are calculated by use of the de Gennes-Alexander theory. It is suggested that photolithographic techniques be used to build such artificially disordered systems. The critical exponent of the upper critical field is calculated and found to be k=0.93±0.06 on the metallic side of the percolative transition.
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Simonin et al. (1986) studied this question.
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