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AFM System Demonstrates Multiple uses in the Smart Interfaces in Environmental Nanotechnology Group

机译:AFM系统在环境纳米技术组的智能接口中演示了多种用途

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Dr Rosa M Espinosa-Marzal is an Associate Professor in the Department of Civil & Environmental Engineering at the University of Illinois at Urbana-Champaign. The central theme of her research group, Smart Interfaces in Environmental Nanotechnology (SIEN), is to design, synthesise, characterise and develop a fundamental understanding of bioinspired materials and of (bio) interfaces, also under nanoconfinement. AFM, is a vital tool for these studies. Speaking about her group and their experiences since the starting of their use of the JPK NanoWizard~R AFM system, Dr Espinosa-Marzal said: "My team of researchers is looking at a broad range of materials which require imaging in fluids to a high level resolution. The ability to measure low noise, high resolution force curves is of particular value as is the capability of working in liquid environments without the fear of damaging the piezo or sample."
机译:Rosa M Espinosa-Marzal博士是Urbana-Champaign伊利诺伊大学民用与环境工程系的副教授。 她的研究小组的中心主题是环境纳米技术(SIEN)的智能接口,是设计,合成,特征和发展对生物启发材料和(BIO)接口的基本理解,也是纳米芬的。 AFM是这些研究的重要工具。 Espinosa-Marzal博士在谈到她的小组和他们的经验以来,他们开始使用JPK纳米型AFM系统时说:“我的研究人员团队正在寻找广泛的材料 分辨率。测量低噪声,高分辨率力曲线的能力特别有价值,在液体环境中工作的能力也是如此,而不必担心会损害压电或样品。”

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