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Nanoscale roughness gradients formed from gradients in the mass per unit area of sputtered Sn were previously reported in the literature. In the accompanying report, we identify three approaches that enhance or complement these gradients by allowing more diverse Sn structures to be generated. The first approach is to alter the substrate chemistry, which was explored by sputtering Sn onto the thin-film...
A method is presented for the creation of nanometer-scale roughness gradients that takes advantage of the natural tendency for Sn to cluster into islands when sputter-deposited. The size of these islands is dependent on the mass per unit area of Sn, which has allowed us to create spreads in island size by depositing linear mass gradients of Sn onto smooth substrates. The root-mean-square roughness...
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