- Define basic reasons and aims of structural studies;
- Describe fundamentals of optical microscopy, demonstrate basic applications of optical microscopy;
- Characterise results of interaction of X ray radiation and electron beam with a specimen;
- Define fundamentals of diffraction analysis, describe principles of spectral analysis;
- Characterise fundamentals, possibilities and applications of transmission electron microscopy;
- Characterise fundamentals, possibilities and applications of scanning electron microscopy;
- Describe modern experimental techniques based on a scanning probe;
- Demonstrate applications of structural analysis for solutions of technical problems.
- Describe fundamentals of optical microscopy, demonstrate basic applications of optical microscopy;
- Characterise results of interaction of X ray radiation and electron beam with a specimen;
- Define fundamentals of diffraction analysis, describe principles of spectral analysis;
- Characterise fundamentals, possibilities and applications of transmission electron microscopy;
- Characterise fundamentals, possibilities and applications of scanning electron microscopy;
- Describe modern experimental techniques based on a scanning probe;
- Demonstrate applications of structural analysis for solutions of technical problems.