1 chapter microstructure and morphology analysis
Brief introduction of microstructure and morphology analysis in chapter/kloc-0
Chapter II Optical Microscope Technology
2. 1 development of optical microscope
2.2 Imaging principle of optical microscope
2.3 Structure and optical path diagram of optical microscope
2.4 Important optical technical parameters of microscope
2.5 sample preparation
Chapter III Scanning Electron Microscope
3. 1 Characteristics of scanning electron microscope
3.2 Signal generated when electron beam interacts with solid sample
3.3 Working principle of scanning electron microscope
3.4 Structure of Scanning Electron Microscope
3.5 Scanning electron microscope contrast image
3.6 Main advantages of scanning electron microscope
3.7 Sample Preparation Method of Scanning Electron Microscope
3.8 Application Example of Scanning Electron Microscope
Chapter four scanning probe microanalysis technology
4. 1 scanning tunneling microscope
4.2 Atomic Force Microscope
4.3 Other scanning probe microscope technologies
Chapter II Crystal Phase Analysis
Chapter 5 Introduction to Phase Analysis
Chapter VI Fundamentals of Crystal Geometry
Chapter VII Diffraction Theory of Electromagnetic Wave and Matter Wave
Chapter VIII X-ray phase analysis
Chapter 9 Electron Diffraction and Microscopic Analysis
Chapter III Analysis of Composition and Valence Bond (Electron) Structure
Chapter 10 Introduction to Composition and Valence Bond Analysis
Chapter 1 1 X-ray spectral analysis
Chapter 12 X-ray photoelectron spectroscopy analysis
Chapter 13 auger electron spectroscopy
Chapter IV Molecular Structure Analysis
Chapter 14 Introduction to Molecular Structure Analysis
Chapter 15 vibration spectrum
Chapter 16 NMR spectrum
appendix
refer to