AfterMath Software Tutorial

This is a comprehensive video tutorial or crash course on AfterMath Electrochemical Studio Software. This video contains just about everything you need to know to get starting with using AfterMath

Where to download AfterMath software
https://pineresearch.com/shop/kb/know...

Time Stamps

00:00 - Introduction
00:58 - Navigating the Home Screen
01:25 - How to Customize Personal Settings
01:35 - How to Adjust Default Plotting Units
01:40 - How to Adjust Color of Traces
01:45 - How to Adjust X and Y Axis Plotting Conventions (IUPAC vs Texas convention)
02:19 - File, Edit, and Help Menu
02:50 - Experiments Menu
03:34 - Analysis/Tools Menu
04:06 - Using Notes, Folders, and Layouts
05:07 - Generating a Blank Plot
05:35 - How to Convert Current to Current Density via Math Transformations
06:17 - How to Create a Power Curve from a Linear Sweep Voltammogram
07:05 - How to Navigate a Plot - Zoom in, Zoom out, Pan, Select Trace, Select Points, Select Segments, Home Screen.
08:53 - How to Toggle Orthonormal Plot Scaling
09:33 - Using AfterMath tools
09:43 - How to find the Peak Height
10:31 - How to Determine the Area Under the Curve
11:14 - How to use the Crosshair Tool
11:34 - X/Y points of Mouse Cursor Location
11:41 - How to set the Baseline
12:13 - How to Smooth the Data
12:59 - How to Apply a Fast Fourier Transform (FFT)
13:44 - Navigating the Basic Tab of an Experiment (Audit, Perform and Copy experiment)
15:04 - Navigating the Advanced Tab of an Experiment (Induction Time, Relaxation Time, Lissajous Repetition, Interfrequency Settling Period, Setting an Experiment End Trigger, iR Compensation)
16:13 - Ranges, Filters, Post Experiment Processing, and Post Experiment Conditions Tabs
16:34 - Changing the Post Experiment Conditions
17:02 - Post Experiment Processing Tab
17:11 - Performing an Experiment
17:39 - Creating a Sequence of Experiments
18:22 - The Specialized Experiments
18:43 - Rotating Disk Electrode Methods
19:14 - Dual Electrode Methods
19:33 - Spectroelectrochemistry Methods
19:51 - Corrosion Methods (Linear Polarization Resistance)
20:14 - Electrochemical Impedance Spectroscopy Methods (Potentiostatic EIS, Galvanostatic EIS, and Mott-Schottky)
20:55 - Battery Methods (Potentiostatic Intermittent Titration, PITT and GITT)
21:17 - How to Export Data
22:36 - How to Export EIS Data
23:19 - How to Import Data
23:42 - How to Import EIS data
24:09 - How to Perform EIS Circuit Fitting
24:35 - EIS, Transmission Line, and CV Simulation

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