Here is a list of applications that we use for the analysis of microsensor measurements, with a brief description of the type of information that can be extracted.

An open source application (written in Scilab) for the analysis of concentration profiles and times-series (Scilab).

• Includes conversion utilities from different data formats (data produced by the DOMS or the system from Unisense).
• Implements user-defined signal calibration (very flexible).
• Allows rapid visualization of measured profiles and time-series.
• Allows calculation of spatial gradients and fluxes, areal contents and rates of change of analytes.

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An open source application (written in Matlab) for the analysis and visualization of concentration profiles (Matlab)

• You need to have some very basic knowledge of Matlab to be able to run the program efficiently.
• Implements user-defined signal calibration.
• Allows rapid visualization of measured profiles (also as a false-color image).
• Allows interactive alignment of profiles, and extraction of penetration depths.

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An application for rapid calculation of depth profiles of fluxes and conversion rates from multiple concentration profiles, based on a diffusion-reaction model (Matlab, Win32)

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An application for interactive calculation of depth profiles of fluxes and conversion rates from a single concentration profile, based on fitting of the profile with a diffusion-reaction model (Matlab, Win32)

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A suite of Matlab routines to view and convert spectra acquired by Spectral-m-Profiler or through a G-client-based scripting approach (Matlab)

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