1. Kinematical electron diffraction; Part I. Diffraction of Reflected Electrons: 2. Reflection high-energy electron diffraction; 3. Dynamical theories of RHEED; 4. Resonance reflections in RHEED; Part II. Imaging of Reflected Electrons: 5. Imaging in TEM; 6.

Contrast mechanisms of reflected electron imaging; 7. Applications of UHV REM; 8. Applications of non-UHV REM; Part III. Inelastic Scattering and Spectrometry of Reflected Electrons. 9. Phonon scattering in RHEED; 10. Valence excitation in RHEED; 11. Atomic inner-shell excitations in RHEED; 12.

Novel techniques associated with reflection electron imaging. Appendix A: Physical constants, electron wavelengths and wave numbers. Appendix B: Crystal inner potential and atomic scattering factor; Appendix C.1: Crystallographic structure systems; Appendix C.2: FORTRAN program for calculating crystallographic data; Appendix D: Electron diffraction patterns of several types of crystals structures; Appendix E: FORTRAN programs; Appendix F: Bibliography of REM, SREM and REELS. References.