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Part I: Introduction
1. Phenomena related to practical surfaces
2. Surface treatment processes
Part II. Electron emission analysis
3. Classification of electron emission from clean metals and semiconductorss
4. Principle of electron emission Analysis used for practical surfaces
Part III. Materials and Methods of electron emission and XPS measurements
5. Materials
6. Electron emission from practical surfaces
7. XPS
Part IV Electron emission and XPS characteristics of practical surfaces
8. Thermally assisted photoelectron emission of rolled and scratched iron surfaces
9. Thermally assisted photoelectron emission of silicon wafer
10. Thermally assisted photoelectron emission of carbon nanotubes
11. Temperature programed photoelectron emission between various metals
12. Temperature programed photoelectron emission of copper surfaces abraded in liquid organics
13. Thermally stimulated electron emission of abrasives (sand and carborundum)
14. Thermally stimulated electron emission of surfaces after discharge and plasma treatment
15. Tribostimulated electron emission during rubbing between a metal and a polymer
16. Photostimulated electron emission to estimate the chemical activity and electrostatic attractive force of metal surfaces.

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