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Highlighted in this webpage are common questions asked by AfterMath users. The main areas of discussion are: General Working with data Running experiments Installation AfterMath error messages Instrument specific See each of these topics discussed in more detail below. General How do I get started? Where do I begin? I cannot perform experiments because the…

  Section I: Introduction 1.1 Scope of this Guide 1.2 Software License Information 1.3 AfterMath System Requirements Section II: Experimental Considerations 2.1 Idle Conditions 2.2 Measurement Sensitivity 2.3 Autoranging Options 2.4 Cell Switching Section III: Electrochemical Techniques 3.1 Simple Electrolysis Methods Controlled Potential “Bulk” Electrolysis (BE) Controlled Current Electrolysis (CP) Rotating Disk Bulk Electrolysis (BE-RDE)…

Pine WaveNow/WaveNano/WaveNowXV USB Potentiostat (click here for WaveNow driver information) Pine WaveDriver 20 USB Bipotentiostat (Same as WaveNow, click here for driver information) Pine WaveDriver 10 USB Potentiostat (Same as WaveNow, click here for driver information) Pine AFCBP1 Bipotentiostat (click here for AFCBP1 driver information) Avantes AvaSpec spectrometer (click here for Avantes AvaSpec driver information)…

At the top of every plot there is a toolbar. The first three tools on the left side of this toolbar may be used to select individual data points, entire traces, or certain portions of traces called trace segments. You can use these tools to select traces, points, or segments on a plot in order…

The particular version of the AfterMath software that is running on your computer can be determined by selecting the “About” option from the “Help” menu (see figure below). A complete history of all release versions of AfterMath is available (click here).

Some versions of the AfterMath software provide limited support for the concept of “virtual” instrumentation. A virtual instrument does not actually exist (physically) but is rather a software-simulated instrument. A virtual instrument appears in the instrument list along with the “real” instruments, but it is usually not capable of performing meaningful experiments. The main purpose…

When you need to create a plot which overlays traces from other plots, first create a new (empty) plot. Then, use either the copy-and-paste or drag-and-drop methods to copy all of the traces in question on to the new plot. Copying a Trace from an Existing Plot (click here for details) Dragging a Trace from…

The easiest way to create an exact copy of a trace on a plot is to perform a copy-and-paste operation in the archive tree. In the archive tree, expand the plot so that you can see the traces which belong to the plot. Then, copy the trace of interest. Then, paste it right back on…