Basics |
The Transmission Electron Microscope / 1: |
Scattering and Diffraction / 2: |
Elastic Scattering / 3: |
Inelastic Scattering and Beam Damage / 4: |
Electron Sources / 5: |
Lenses, Apertures, and Resolution / 6: |
How to `See' Electrons / 7: |
Pumps and Holders / 8: |
The Instrument / 9: |
Specimen Preparation. Diffraction / 10: |
Diffraction Patterns / 11: |
Thinking in Reciprocal Space / 12: |
Diffracted Beams / 13: |
Bloch Waves / 14: |
Dispersion Surfaces / 15: |
Diffraction from Crystals / 16: |
Diffraction from Small Volumes / 17: |
Indexing Diffraction Patterns / 18: |
Kikuchi Diffraction / 19: |
Obtaining CBED Patterns / 20: |
Using Covergent-Beam Technologies. Imaging / 21: |
Imaging in the TEM / 22: |
Thickness and Bending Effects / 23: |
Planar Defects / 24: |
Strain Fields / 25: |
WeakBeam Dark-Field Microscopy / 26: |
Phase-Contrast Images / 27: |
High-Resolution TEM / 28: |
Image Simulation / 29: |
Quantifying and Processing HRTEM Images / 30: |
Other Imaging Techniques. Spectrometry / 31: |
Xray Spectrometry / 32: |
The XEDS-TEM Interface / 33: |
Qualitative Xray Analysis / 34: |
Quantitative Xray Microanalysis / 35: |
Spatial Resolution and Minimum Detectability / 36: |
Electron EnergyLoss Spectrometers / 37: |
The EnergyLoss Spectrum / 38: |
Microanalysis with Ionization-Loss Electrons / 39: |
Everything Else in the Spectrum / 40: |
Index |
Basics |
The Transmission Electron Microscope / 1: |
Scattering and Diffraction / 2: |
Elastic Scattering / 3: |
Inelastic Scattering and Beam Damage / 4: |
Electron Sources / 5: |