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A general fluid‐patterning approach between immiscible fluids is developed by Yanlin Song and co‐workers as described in article number 1802172 for fabricating 3D microdevices. This general strategy of fluid patterning provides a promising platform to study the fundamental processes occurring at the fluid interface, and will benefit applications in microfluidics, microbiology, chemical analysis and...
Engineering the fluid interface such as the gas–liquid interface is of great significance for solvent processing applications including functional material assembly, inkjet printing, and high‐performance device fabrication. However, precisely controlling the fluid interface remains a great challenge owing to its flexibility and fluidity. Here, a general method to manipulate the fluid interface for...
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