Precise electrochemical analysis requires precise techniques. And from all the voltammetric techniques, Differential Pulse Voltammetry (DPV) is the most sentsitive and capable of uncovering the hidden secrets of your electrochemical system. Want to know more? Join us on this journey…
As we discussed in a previous post, cyclic voltammetry is normally the go-to technique to start characterizing electrochemical systems. But it has two main drawbacks: speed and background. So, what do scientist do when they want to overcome these drawbacks?…
Electrochemistry has multiple characterisation techniques, but perhaps the most widely used to date is cyclic voltammetry. Regardless of what your research is about, acquiring cyclic voltammograms as part of your characterisation is always a good place to start. For this…
Electrochemistry is a complex science that has multiple concepts and equations to remember. In this post, we have gathered the top 10 equations in electrochemistry used daily in the lab so that you can use it as a cheat sheet…
Electrochemistry plays a critical role in a wide range of fields like energy storage and conversion or (bio)sensing. One important factor that influences electrochemical reactions is the so-called diffusion layer thickness, which determines the amount of reactants that can reach…
The Anson equation is a fundamental equation in electrochemistry that is used to describe the relationship between charge and time at a constant potential and in depletion conditions. This equation has applications in a wide variety of fields, including electrodeposition,…
One of the key tools used in electrochemistry research is the Randles-Sevcik Equation. This equation has multiple applications in energy storage, biosensors and surface science. In this blog post, we will discuss the history and significance of the equation, as…
From all the applications of electrochemistry, corrosion is one of the most studied due to its wide range of applications in industry. Thanks to this interest, there are multiple electrochemical models out there to characterize corrosion rates. In this post,…
The gradual degradation of materials as a result of their interaction of with their surroundings, also known as corrosion, has a tremendous impact in science and engineering. In some cases, like metallic structures, unmanaged corrosion can lead to catastrophic and…
Understanding the kinetics of electrochemical reactions is essential to develop applications for the real world. Besides the Butler-Volmer equation, the Tafel equation is the most used mathematical expression to study electrochemical kinetics for a wide range of applications, from corrosion…
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