Today we’ll take a deep dive into getting a surface ready to receive a coating. How do we prepare a material to be painted or have a mettalic coating added on top? Stay tuned to find out.

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Today we’ll take a deep dive into thermochemical methonds for surface modification. We’ll focus on carburizing, nitriding, carbonitriding and nitrocarburizing, as well as ion implantation and surface alloying.

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Today we’ll take a deep dive into surface modifications methods that don’t involve changing the chemical composition. We’ll talk about shock hardening and heat treatement.

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Today we’ll take a deep dive into the materials developed for nuclear reactors. High Entropy Alloys are metallic alloys with 5 or more elements that can act as thermal barriers, a very important property for this application.

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Today we’ll take a deep dive into Atomic Force Microscopy (AFM), a scanning probe microscopy technique that allows the visualization of surfaces at the nanometer level. AFM uses a sharp tip to scan the sample, detecting variations in the interaction force between the tip and the surface, which are then used to generate topographic and phase images.

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Today we’ll take a deep dive into the principles and history of powder X-ray diffraction (PXRD). We’ll explain Bragg's Law, and the importance of X-rays in the analysis of crystal structures.

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Today we’ll take a deep dive into the key principles in scanning electron microscopy (SEM) and transmission electron microscopy (TEM).

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Today we’ll deep dive into different techniques for optical microscopy. We’ll see how to improve resolution and what kinds of contrast to use.

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Today we’ll deep dive into titanium alloys. We’ll talk about processing and the exciting applications of these alloys.

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Today we’ll take a deep dive into aluminum, its properties and how to process it. We’ll cover corrosion resistance of pure aluminum and its alloys and the challenges with heat treatments.

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