Experimental methods and implements for nanotechnology I

1. Introduction to chromatographic methods, principles.
2. Gas chromatography.
3. Liquid chromatography.
4. Electrophoresis, using for analysis of organic compounds.
5. Introduction to electron microscopy, principles.
6. Scanning and transmition electron microscopy.
7. Introduction to scannig probe microscopy, principles.
8. Atomic force and tuneling microscopy.
9. Introduction to diffraction methods, principles.
10. X-ray diffractometry, application.
11. Thermal analysis.
12. Introduction to infrared spectroscopy, principles.
13. Raman spectroscopy.
14. Nuclear magnetic resonance.