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See some other good examples of this growth at as well as publications at: http://www.jamie-hobbs.staff.shef.ac.uk/Movies.htm The FastScan's Bandwidth enables 100Hz scanning over 2um on polyhydroxybutyrate-co-valerate at room temperature. Each frame takes 2.6 seconds. This enhanced speed gives new insight into the variations in growth rates between
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HF Etched Mica. The video shows a Survey at 20um @ 4.8Hz, followed by a high resolution image at 4um @ 20Hz, followed by a video at 0.66um 55Hz. Hard flat samples are not that challenging for a high speed system because they don't challenge the z-actuator or slew rate (power) of the electronics.
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I was reading an AFM site and saw a contrived claim trying to make a comparison that was >50% off the benchmark and thought it would be a good topic to open up for discussion. The comment was to the effect of: by scanning at a slower scan speed we are actually going faster because our poor scanner dynamics require so much rounding we have to make
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I was reading an AFM site and saw a contrived claim trying to make a comparison that was over 50% off the benchmark and thought it would be a good topic to open up for discussion. The comment was to the effect of: by scanning at a slower scan speed we are actually going faster because our poor scanner dynamics require so much rounding we have to make
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It’s good to see some community attempts at replicating the performance of the Dimension FastScan. The screen shot below is of a 1um, 512x512, 22Hz, Video of Celgard® taken with the Dimension FastScan (Video link at end). This demonstration is over twice as fast as the 10Hz video we show above. As you start to see different images and movies
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It’s good to see some community attempts at replicating the performance of the Dimension FastScan. The screen shot below is of a 1um, 512x512, 22Hz, Video of Celgard® taken with the Dimension FastScan (Video link at end). This demonstration is over twice as fast as the 10Hz video we show above. As you start to see different images and movies
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It’s good to see some community attempts at replicating the performance of the Dimension FastScan. The screen shot below is of a 1um, 512x512, 22Hz, Video of Celgard® taken with the Dimension FastScan (Video link at end). This demonstration is over twice as fast as the 10Hz video we show above. As you start to see different images and movies
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Please send your resume, referencing the Sales Applications Scientist Position, to Eric.Rufe@bruker-nano.com Position Summary Bruker is a leading worldwide high technology company, well known in Academics and Industry for performance Scanning Probe Microscopes (SPM), White Light Interferometers, and Stylus Profilers. All of Bruker’s Nano Surface
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Best fit for this position: Master’s Degree Electrical Engineering w/ instrumentation experience Send Resume to: Ernesto.Lopez@bruker-nano.com SUMMARY OF RESPONSIBILITIES: 1. Diagnostics and troubleshooting of Bruker Atomic Force Microscopes, Stylus & Optical Profilers and applications & instrument 2. Customer facing product training,
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JOB DESCRIPTION Bruker Nano is a part of Bruker Corporation and headquartered in Berlin, Germany and Sta. Barbara, California, USA. We are a leading supplier of instrumentation for surface analysis (Scanning Probe Microscopy (AFM/SPM) and Optical and Stylus Profilometry). To strengthen our Support team in Germany, we seek to fill the following vacancy