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Lecture 4-Lens Defects,Filters and Light Microscopy Introduction, by S. Sankaran

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Lecture 21-Tutorial Problems on SEM, by S. Sankaran

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Lecture 12-Lens Aberrations, Object Resolution, Image Quality, by S. Sankaran

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Effect of Crystallite Size and Strain on Intensity of X-Rays, by S. Sankaran

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Lecture 14-SEM and its Mode of Operation, Effect of Aperture size,Working Distance,Condenser Lens Strength, by S. Sankaran

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Stereology of Anisotropic Microstructures, by S. Sankaran

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Geometrical Probability – II, by S. Sankaran

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Lecture 10 Continuation-Tutorial Problems, by S. Sankaran

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XRD and Residual Stress Measurement-Lab Demonstration, by S. Sankaran

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Lecture 48-Quantitative Metallography-Tutorial 1, by S. Sankaran

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Lecture 16-Factors Affecting Interaction Volume, Demonstration of SEM, by S. Sankaran

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Fundamentals of X-Ray Diffraction and Transmission Electron Microscopy, by S. Sankaran

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Basics of X-Ray Emission from Source, Electron Excitation and X-Ray Interaction with Materials in General, by S. Sankaran

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Counting of Grains and Particles Part 1, by S. Sankaran

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Lecture 11-Introduction to Scanning Electron Microscopy, by S. Sankaran

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TEM Tutorial-3, by S. Sankaran

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Lecture 19-Special Contrast Mechanisms, Monte Carlo Simulations of Interaction Volume, by S. Sankaran

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Counting of Grains and Particles Part 3, by S. Sankaran

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Lecture 9-Sample Preparation Techniques for Optical Microscopy, by S. Sankaran

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Properties of X-Rays, by S. Sankaran

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Lecture 17-Image Formation and Interpretation, by S. Sankaran

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TEM Tutorial-1, by S. Sankaran

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Basic Stereological Parameters Part 1, by S. Sankaran

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TEM Tutorial-2, by S. Sankaran

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Indexing and Quantitative Analysis-Continuation, Residual Stress Measurements, by S. Sankaran

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Volume Fraction and Particle Size Part 1, by S. Sankaran

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Lecture 50-Quantitative Metallography-Tutorial 3, by S. Sankaran

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TEM Imaging-2, by S. Sankaran

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Geometric Probability Part 1, by S. Sankaran

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Lecture 3-Depth of Field,Focus and Field of View, by S. Sankaran

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