Fast Particle Analysis with FIJI ImageJ: Measure Lamella Thickness, Length, Circularity, and Spacing

In this tutorial, we will explore how to use FIJI ImageJ to measure the characteristics of pearlitic microstructures, specifically the thickness, length, circularity, and interlamellar spacing of the perlite lamellae. Perlite is a common microstructure in steels and cast irons and its properties are of great importance in materials science and engineering.
The video starts with an introduction to the importance of measuring perlite lamella characteristics and an overview of the tools and plugins available in FIJI ImageJ that will be used in the tutorial.
Next, we demonstrate how to open an image of a fully pearlitic microstructure in FIJI ImageJ, and how to use the image scale tool to set the calibration for accurate measurements. We then show how to use the threshold tool to segment the lamellae from the background and the analyze particles tool to measure the thickness, length, and circularity of the lamellae.
Additionally, we demonstrate how to use the nearest neighbor distance tool to measure the interlamellar spacing of the perlite lamellae. We provide step-by-step instructions and tips for optimizing the measurement accuracy.
Throughout the tutorial, we provide real-world examples and discuss the significance of the measured values in materials science and engineering. We also provide useful shortcuts and keyboard commands to enhance the viewer's experience.
By the end of the tutorial, viewers will have learned how to use FIJI ImageJ to measure the characteristics of pearlitic microstructures and how to apply the measurements in materials science and engineering. This video is perfect for researchers, students, and engineers in the field of materials science and metallurgy who want to learn a practical and effective method to analyze perlite lamellae.
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