LABORATORY PRAXIS
1. Introduction and security training
2. UV-VIS absorption spectral analysis
3. DRS - diffusion reflex spectroscopic analysis (Kubelka-Munk reflektance)
4. UV-VIS Absorption - Determination of the bandwidth of the non-polarized nanoparticle band
5. UV-VIS Absorption - Determination of nanoparticle size by applying the Brush equation
6. Measurement of photocatalytic efficiency of semiconducting nanoparticles by UV-VIS absorption in real time
7. FTIR - spectroscopic analysis
8. RS - Raman spectroscopic analysis
9. PL - PhotoLuminiscence Spectroscopic Analysis
10. ED - Electron diffraction
11. LDA - Laser diffraction analysis
12. Determination of statistical distribution of nanoparticles by DLS - Dynamic light scattering
13. Measurement of zeta-potential of nanoparticles by DLS - Dynamic light scattering
14. Activation analysis
1. Introduction and security training
2. UV-VIS absorption spectral analysis
3. DRS - diffusion reflex spectroscopic analysis (Kubelka-Munk reflektance)
4. UV-VIS Absorption - Determination of the bandwidth of the non-polarized nanoparticle band
5. UV-VIS Absorption - Determination of nanoparticle size by applying the Brush equation
6. Measurement of photocatalytic efficiency of semiconducting nanoparticles by UV-VIS absorption in real time
7. FTIR - spectroscopic analysis
8. RS - Raman spectroscopic analysis
9. PL - PhotoLuminiscence Spectroscopic Analysis
10. ED - Electron diffraction
11. LDA - Laser diffraction analysis
12. Determination of statistical distribution of nanoparticles by DLS - Dynamic light scattering
13. Measurement of zeta-potential of nanoparticles by DLS - Dynamic light scattering
14. Activation analysis