03. Particle Size Distribution

The transmission electron microscopy image was first analyzed in ImageJ software and then in Orignlab software, the Particle Size Distribution histogram of particles is plotted and the average particle size is calculated. A similar histogram can be plotted for particles shown in Scanning Electron Microscopy images.
This RUclips course on Mastering Materials Characterization and Analysis: From Fundamentals to Advanced Techniques delivers complete E-Content (Developed in 4 Quadrants) every module. Through engaging video lectures and online resources, students will obtain skills in XRD, thermal analysis, spectroscopy, computational tools, advanced materials design, data analysis, and instrumentation. Participants will be able to characterize and modify materials for a variety of scientific purposes at the conclusion of the course.
Course outline:
Module 1: Introduction to Materials Characterization Techniques
Video 01: XRD Data Analysis: Calculating Inter-planar spacing and Crystallite Size
Video 02: Direct Bandgap Calculation from Absorbance data
Video 03: Particle Size Distribution
Video 04: Calculating the Crystallite size and Micro-strain using Williamson-Hall method
Video 05: Particle Size Distribution-02
Learning Objectives:
• Understand the fundamental principles of materials characterization.
• Learn techniques for analyzing crystalline and particle properties.
Expected Outcomes:
• Understand the fundamental principles of materials characterization techniques.
• Gain knowledge of how to calculate inter-planar spacing, crystallite size, and bandgap.
• Develop the skills to analyze particle size distribution.

[@user-qs2yl5en3k]

Please Make more videos about the research techniques and softwares.

[@shivrajmanegopale4424]

nice one

[@trendingworld9675]

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[@spmitv3126]

What causes change in distribution profile when one has larger particles and their mean is different

[@DnyaNiPhysicsWorld]

The distribution profile reflects the average particle size, so it is influenced both by the size and the number of particles

[@spmitv3126]

@@DnyaNiPhysicsWorld thank u