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Surface roughness-induced speed increase for active Janus micromotors

, , , , and . Chemical communications, 51 (41): 8660-8663 (2015)
DOI: 10.1039/c5cc01607j

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Magnetic control of potential microrobotic drug delivery systems: Nanoparticles, magnetotactic bacteria and self-propelled microjets., , , , , and . EMBC, page 5299-5302. IEEE, (2013)Surface roughness-induced speed increase for active Janus micromotors, , , , and . Chemical communications, 51 (41): 8660-8663 (2015)Approaches to Multi-Robot Exploration and Localization., , , , , , , , and . AAAI, AAAI Press, (2011)Engineering Intelligent Nanosystems for Enhanced Medical Imaging., , , and . Adv. Intell. Syst., 2 (10): 2000087 (2020)3D Bioprinted Muscle-Based Bio-Actuators: Force Adaptability Due to Training., , , and . Living Machines, volume 10928 of Lecture Notes in Computer Science, page 316-320. Springer, (2018)Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder., , , , , , , , , and 3 other author(s). Sci. Robotics, 6 (52): 2823 (2021)The Control of Self-Propelled Microjets Inside a Microchannel With Time-Varying Flow Rates., , , , and . IEEE Trans. Robotics, 30 (1): 49-58 (2014)Tubular Micro-nanorobots: Smart Design for Bio-related Applications., , , , , and . SSR@ICRA, volume 8336 of Lecture Notes in Computer Science, page 16-27. Springer, (2013)Biohybrid soft robots with self-stimulating skeletons., , , , , , and . Sci. Robotics, 6 (53): 7577 (2021)Cross-stream migration of active particles, , , , and . Science Advances, 4 (1): eaao1755 (2018)