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Quick Facts

Medium Of InstructionsMode Of LearningMode Of Delivery
EnglishSelf StudyVideo and Text Based

Courses and Certificate Fees

Fees InformationsCertificate AvailabilityCertificate Providing Authority
INR 2182yesCoursera

The Syllabus

  • Videos
    • Introduction
    • History of Electron and Ion Microscopy
    • A Microscope and an Image
    • Magnification, Resolution and Contrast
    • Electron Sources. Thermionic Emission and Field Emission
    • Electron Guns and Their Parameters
    • Ion Sources
    • Electrostatic Lens
    • Magnetic Lens
    • Octupoles, Quadrupoles and Aberrations
    • Detectors
    • Everhart-Thornley Detector
    • Semiconductor Detector
    • Particle Scattering in Matter
    • Elastic Scattering
    • Inelastic Scattering
    • Energy Losses and Stopping Power
    • Secondary Electrons
    • Characteristics X-rays and Auger Electrons
    • Electron and Ion Range in Matter
  • Readings
    • Refractive Index in Electron Optics
    • Components of Vacuum Systems
    • Presentation
  • Practice Exercises
    • Test 
    • Test
    • Test
    • Test
    • Test
    • Test for module 1

  • Videos
    • SEM Working Principle
    • SEM Electron Optics
    • Modes of SEM Electron Optics
    • SEM Detectors and Specimen Chamber
    • Back-scattering Electron Yield
    • Contrasts With BSE Detector
    • Contrasts With SE Detector
    • Effects of Surface Charge in SEM
    • Methods of Surface Charge Compensation in SEM
  • Reading
    • Presentation
  • Practice Exercises
    • Test
    • Test
    • Test for module 2

  • Videos
    • Transmission Electron Microscope
    • TEM Illumination System and Specimen Holder
    • TEM Diffraction Mode
    • TEM Bright Field and Dark Field Modes
    • TEM Spot Mode and STEM
    • Diffraction Vector, Ewald Sphere and Excitation Error
    • Kinematical Model of Electron Diffraction
    • Structure Factor and Forbidden Reflexes
    • Column Approximation and Dynamical Theory of Diffraction
    • Electron Diffraction from Polycrystalline and Amorphous Materials
    • Kikuchi Electron Diffraction
    • TEM Contrasts
    • Mass-thickness Contrast and Z-contrast
    • Diffraction Contrast. Thickness and Bending Effects
    • Phase Contrasts
    • High Resolution TEM
  • Readings
    • Sample Preparation in Transmission Electron Microscopy
    • Presentation
  • Practice Exercises
    • Test
    • Test
    • Test
    • Test for module 3

  • Videos
    • Ion Microscopes, FIB and Dual Beam Systems
    • Ion Optics
    • SIM and FIB-SEM Detectors and Specimen Chamber
    • SIM Contrasts
    • Sputtering With Focused Ion Beam
    • Ion Beam Induced Deposition
    • TEM Specimen Preparation With FIB-SEM System
    • Ion Beam Induced Defects
  • Reading
    • Presentation
  • Practice Exercises
    • Test
    • Test
    • Test for module 4

  • Videos
    • X-ray Spectrum and Spectrometers
    • Energy-dispersive X-ray Spectrometer
    • Wavelength-dispersive X-ray Spectrometer
    • Qualitative X-ray Microanalysis in SEM
    • Quantitative X-ray Microanalysis in SEM
    • Features of X-ray Microanalysis in TEM
    • Quantitative X-ray Microanalysis in TEM
    • EELS Spectrum
    • EELS Spectrometers and Filters
    • Analysis of EELS Spectrum
  • Reading
    • Presentation
  • Practice Exercises
    • Test
    • Test
    • Test for module 5

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