Type: INSTANCE FUNCTION Purpose: Make the real-time plot of the ChronoC object the Active plot. If the runner window Curve List control is set to Active, the plot is displayed.… read more →
Type: INSTANCE FUNCTION Purpose: Return the number of points actually acquired in a CHRONOC object. The number returned is not the number of points allocated. Usage: NumPoints = ChronoC.Count() NumPoints… read more →
Type: INSTANCE FUNCTION Purpose: Set the current title of the curve. Usage: ChronoA.SetTitle(Title) Title STRING A string representing the new title that the curve should use.
Type: CLASS Purpose: The CHRONOA class manages data-acquisition for a chronoamperometry curve. There may be more than one data-acquisition object in a script, but only one may be running… read more →
The Linear Sweep Voltammetry analysis script allows you to open Linear Sweep Voltammetry data files by selecting the data file from the File Open window. The data file opens, and… read more →
The standard Linear Sweep Voltammetry analysis contains the following pages at startup: Chart The heart of the linear sweep voltammetry analysis. It contains the data plotted in a voltage-versus-current format.… read more →
The Controlled Potential Coulometry analysis script allows you to open a Controlled Potential Coulometry data file by selecting the data file from the File Open window. The data file opens,… read more →
The standard Controlled Potential Coulometry analysis contains the following pages at startup: Chart The heart of the controlled potential coulometry analysis. It contains the data plotted in a charge versus… read more →
The Cyclic Voltammetry analysis script allows you to open cyclic voltammetry data files by selecting the data file from the File Open window. The data file opens, and a series… read more →
The standard cyclic voltammetry analysis contains the following pages at startup: Chart The heart of the cyclic voltammetry analysis. It contains the data plotted in a voltage-versus-current format. Second Chart… read more →