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The coffee-ring effect leads to crystallization control

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Published on Mar 3, 2017

The chance observation of crystals forming a coffee-ring effect, like that left behind by a coffee mug on a table, has opened the path to more efficient and more versatile semiconductors. Thin film semiconductors are at the heart of a vast array of electronic and optoelectronic devices. They are generally made by crystallization processes that yield polycrystals with a chaotic mix of individual crystals with different orientations and sizes. Learn more at KAUST Discovery: discovery.kaust.edu.sa/en/article/337/coffee-ring-effect-leads-to-crystallization-control

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