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Reports from North Carolina Central University Add New Data to Research in Robotics - Nanotechnology - Biomimetics

机译:北卡罗莱纳州中央大学的报告为机器人技术研究提供了新数据-纳米技术-仿生

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Investigators publish new data in the report 'Design considerations in the use of interdigitated nmicrosensor electrode arrays (IMEs) for impedimetric characterization of biomimetic hydrogels.' nAccording to recent research published in the journal Biomedical Microdevices, "Microlithographically nfabricated interdigitated microsensor electrodes (IMEs) were cleaned, surface activated, chemically nfunctionalized (amine) and derivatized with an Acrloyl-PEG-NHS to receive a spun-applied monomer ncocktail of UV polymerizable monomer. IMEs were 2050.5, 1550.5, 1050.5 and 0550.5 possessing lines nand spaces that were 20, 15, 10, and 5 m respectively; 5 mm line lengths and were 50 lines on each nopposing bus."
机译:研究人员在“使用叉指式微传感器电极阵列(IME)进行仿生水凝胶的阻抗表征的设计注意事项”报告中发布了新数据。 n根据发表在《生物医学微设备》杂志上的最新研究,“微光刻技术制造的叉指式微传感器电极(IME)被清洗,表面活化,化学未官能化(胺)并用Acrloyl-PEG-NHS衍生化,以接收纺成的UV单体尾巴IME为2050.5、1550.5、1050.5和0550.5,分别具有20、15、10和5 m的线和间隔,线长为5 mm,每条非接触母线上为50条线。”

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