Nor do I think that there are many that cover the practical aspects of EIS well enough – there’s very little help out there for people who get the basic idea of EIS but are struggling to fit their data or aren’t sure how to set up their experiments. I put these pages together, based on my lectures, because although I think there are some good resources for learning the theory out there, I don’t think there are many that are at a nice accessible level for, say, battery scientists – who often have a stronger background in materials chemistry than they do in electrochemistry. It’s a technique I've used since beginning my PhD in 2008, and taught it regularly for many years: I taught the lab part of this topic at the Southampton Electrochemistry Summer School for 3 years during this time, and while at Uppsala University I put together a number of lectures on EIS which I also taught at workshops in Germany, Malaysia and Turkey. If you're reading this, you perhaps already know that EIS is an electrochemical analysis technique, which finds a lot of application in studying batteries (and fuel cells, and many other systems). Welcome to my beginner’s guide to Electrochemical Impedance Spectroscopy (EIS).
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