UC San Diego researchers have developed fuel-free nanomotors based on multi-segment nanowires and electric or magnetic control. Both nanomotor types are prepared using simple and scalable sequential template electrodeposition protocols. Specifically, electrically propelled nanomotors are created.....
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Uniform and controlled picoliter or nanoliter-volume droplets (e.g., droplet size varying no more than a few percent)Controlled generation frequencyEffective target incorporation
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Semiconductor nanowires have been successfully utilized as building blocks for various electronic and photonic devices. In particular, vertically aligned semiconductor nanowire arrays offer the potential of high photoconversion efficiency compared to that of thin film devices given the nanowire .....
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Easy to fabricateWithstands pressures over 35 MPaNo contamination of samplesReliable and cost-effectiveWorks with off-the-shelf male fittingsSmall footprint allows for more ports
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