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Bruker Dimension Fastscan video of a 180nm Grating at 11Hz, 30um
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For those interested in dynamic imaging with the AFM: Attached is a link to a Dimesnion FastScan video of DNA taken in tapping mode in fluid at a rate 1 frame per second. We took this data in collaboration with Y. Lyubchenko, at the University of Nebraska Medical Center, as a proof of concept experiment. Here we use the enhanced bandwidth of the system
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DNA on Mica in Fluid (Prep by APS Method) Sample courtesy of Y. Lyubchenko, Univ. of Nebraska Med. Ctr 1 Second per image (2100 Frames were captured at 1 frame per second)
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Our new Dimension FastScan Atomic Force Microscope (the world's fastest AFM) will enable you to scan once and get all the details you need. Contact Bruker today to see for yourself the difference FastScan can make in your application. Find more info at www.bruker.com/fastscan
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Today Bruker Nano Surfaces Division announced the innovative and unique Dimension FastScan AFM, which delivers a significant breakthrough in improved imaging speed without sacrificing nanoscale resolution. The Dimension FastScan enables users to obtain usable data significantly faster than is possible with other commercial AFM systems. It is simply
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Hi Crimsonhen, It is a question of working on the right side of the peak (for noncontact) vs the left side of the peak (for tapping). To be more precise, in what is sometimes referred to as non-contact mode in ambient conditions, the drive frequency is set on the right side of the peak at a location where the amplitude has decreased by some fraction
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What is the practical upper limit (if any) on temperature for TappingMode with a standard TESPA or RTESPA probe?