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This paper presents an experimental and theoretical study of previously demonstrated high yield self-assembly processes using surface programmable template and specific surface Faraday waves. Here we focus on the combined effect of substrate tilting angle and part size. For 1×1, 3×3 and 5×5 mm2 parts of 100 μm thickness, the maximum substrate tilting angles for effective assembly are experimentally...
We present a model and experimental results on tilt angle of microparts in capillary-driven self-assembly. The assembly is carried out in an aqueous environment, using a heat curable adhesive for part-substrate lubrication and mechanical bonding. Silicon parts and substrate have matching hydrophobic binding sites, which drive the assembly by surface energy minimization. Force balance analysis of an...
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