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In 2016 the MATLAB toolbox was significantly updated to support new data formats. Additionally, it has been moved to a separate installer to make it easier to get set up and productive. I do not recommend trying to use the older versions (supplied with Nanoscope Analysis versions prior to 1.80) any longer...
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Hi Cassie, Sorry about your frustration about lack of a Mac version. There have been rumors that it might be possible to run Nanoscope Analysis on an emulator running on a Mac, but we don't support it. Please post back here if you try it and have any success. The Matlab toolbox is a feature of Nanoscope...
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This post is now obsolete. Please see http://nanoscaleworld.bruker-axs.com/nanoscaleworld/forums/t/2184.aspx -------- Apparently there is a bug in the Windows SDK 7.1 that may cause issues when attempting to use the Nanoscope Analysis Matlab toolbox. If you are having problems consider trying the following...
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Hi Dietmar, To make the 3d image have the correct scaling, you need to adjust the 'Zaxis Aspect Ratio' to consider both the Scan Size and the Z scale: Right click on the color scale bar, choose 'Color Scale...' and choose the 'Modify Data Scale' tab Adjust the 'Display'...
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That definitely looks like debris is being picked up by the tip, causing a step. Additionally, it looks like you have used a second or third order flatten or a realtime "Bow" fit, causing the steps to turn into arched scan lines. Please take a look at the offline manual section on flattening...
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Hi Ranna, With AFM, hardness is usually evaluated based on the residual indentation left after the indent. It is usually defined as Hardness=Maximum load/projected area of the pit left by the indent. The Maximum load is just your ramp mode trigger (assuming you are using relative triggering and you have...
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Hi Chris, Add your images (image1.bmp or image2.tif) to the Bruker\NanoScopeAnalysis\SplashScreens directory. You should also add a text file with the same name, but ending with .txt.bin as a caption (image1.txt.bin or image2.txt.bin). When you look in the directory you should see some examples. Please...
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NanoScope Analysis is a software package for analyzing SPM data (images, ramp data, HSDC, etc.) collected using Bruker SPMs. Please look here for the most recent version: http://nanoscaleworld.bruker-axs.com/nanoscaleworld/media/p/2740.aspx Current features and improvements in v1.40r1 include: New! Automation...
Posted to
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by
Bede Pittenger
on Fri, Jul 30 2010
Filed under: Offline, Download, NanoScope Analysis
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Igor function to read a Nanoscope High Speed Data Capture (HSDC) file and load the data into Igor waves with appropriate scaling. The native Nanoscope file is read and the ASCII header is parsed to get scaling factors while the binary part is read directly, so no export is required. See the comments...