code 1 :
Imports I vs t data from Pine WaveNow instrument converted to a csv file.
code 2 :
Estimate area under the I vs. t curve using the trapezoid method, gives sum of the entire area under the curve based on a given delay time.
code 3 :
Function served to write data as an output to a *.csv format file.
code 4 :
Expedite import of multiple data sets into the workspace
code 5 :
Imports multiple data sets into a data cell array of matrices
code 6 :
Function reads in multiple text files, while eliminating repeated time data columns from data matrix to produce a matrix for use in other functions.
code 7 :
Function calculates the trapezoidal area under the curve for multiple data sets.
code 8 :
Calculates average current, area and standard deviation of area for data from a cell array.
code 9 :
this function will perform a similar function while assisting in waveform parameter optimization of tdel and tint.
code 10 :
This function will import a series of data files, and then write them to a specified output file.
code 11 :
Convert current data to area data row-by-row.
code 12 :
A summary function used to call several sub-functions to fully analyze a set of data.
code 13 :
The purpose of this function is to assist in the optimization of BPED waveform parameters
code 14 :
This function was written to propagate errors in calculating the area under the curve using the trapezoid method for I vs. t curves.
code 15 :
Function was written to correct average current data for background (blank) currents and propagate errors from this process.
code 16 :
Calculate average and standard deviation of current matrices passed to the function – primarily used in generating average and standard deviation of currents from cyclic voltammetry runs. Written for use in a larger function.
code 17 :
Generate the average cyclic voltammogram data for a set of CV data.
code 18 :
Function was written to assist in generating calibration plots for direct BPED analysis of samples.
code 19 :
Function was written to assist in determining optimal values for oxidation time components (tint, tdel, tclean) based on a series of I vs. t curves.
code 20 :
This function was written to determine what effects various BPED waveform parameters had on the linear least-squares correlation coefficient (R2).
code 21 :
Quickly analyze data from the experiment listed in the script name and get average and standard deviation of areas.
code 22 ;
Script quickly analyzed a series of delay and integration times to assist in optimization attempts.