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										 Image processing and analysis for AFM, STM, TEM and optical microscopy, in 3D. 
										
											
												| Publisher: | 
												Advanced Technologies Center | 
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												| Downloads: | 
												1 | 
											 
											
												| Software Type: | 
												Shareware, 1299.00 | 
											 
											
												| File Size: | 
												42.00M | 
											 
											
												| OS: | 
												Windows All | 
											 
											
											  | Update Date: | 
											  05 May, 2012 | 
										   
										 
				              
										A powerful software for analysis of different kinds of microscopic images. Mainly oriented for the scanning probe microscopy 3D images processing and analysis, but can be also used for optical and electron microscopy images. Between its features are powerful 3D representation, with ability to record movies, clipboard integration, USB cameras support, Fourier analysis, pattern recognition functions. You will be able to easily measure spatial dimensions of any object, calculate the roughness parameters or build histograms. A special attention is payed to the processing of the force curves - calculation of separation curves, WLC model approximation, calculation of statistics for multiple curves. Here are some key features of "FemtoScan Online": FemtoScan Base (fsmbase)  Crop - Crop image Average - Average selected area with mask of arbitrary width  Sharpen - Sharpen selected area with mask of size 3  Wiener Filter - Filter selected area with Wiener filter  Median - Median filtering of selected area with arbitrary mask  Median X - Adjust image scan lines/columns with median filter by X mask 3x3  Median Cross - Median filtering of selected area with "Cross" mask 3x3  Adjust scale - Normalize inner data representation, so that data would lie between -16384 and +16383  Flip - Transpose image  Rotate - Rotate image on an arbitrary angle Fitting - Remove average slope (1-st or 2-nd power polynome), evaluated by LMS method BSpline - Remove large-scale relief by subtraction of cubic B-spline Filtering with threshold  Highlighting (gradient transform by angle, sine or tangent)  Scaling by Z-axis  Changing horisontal scales  Deleting areas in fourier, which results in changing of original Creating:  Profiles (sections) Histograms  3-dimensional views with different parameters  Fouriers Measurements:  Roughness  Surface square Distance  Angle  Curves length  Isolines length and more... 
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