Instrumentation & Analytical Techniqes
- 1- Introduction to the lesson and lecturer, explaining the necessity and importance of the lesson, reviewing the lesson plan
2- Requirements for non-instrumental characterization
3- Primary non-instrumental characterization (pH, flame, density, ...)
- 1- TGA Analysis and applications
2- DSC Analysis and applications
- 1- MDSC Analysis and applications
2- DTA and TMA analysis and applications
- 1- DMTA Aanalysis and applications
2- Introduction to chromatography analysis, TLC and HPLC chromatography
- 1- GC and Ion exchange chromatography
2- GPC chromatography, Determining the molecular weight of polymers
- 1- Methods to determine the molecular weight of polymers
2- Basic concepts of microscope instruments, Optical Microscopy
- 1- The interaction electron beam and material, SEM method
2- TEM, STM, STEM microscopical methods
- 1- AFM and SNOM microscopical methods
2- Elemental analysis in microscopical methods
- Mid-term exam
- 1- Introduction to X-ray, X-ray scattering and Bragg law
2- XAS and XPS spectroscopy
- 1- AES and XRF spectroscopy
2- ISS, SIMS, MS, and ICP-MS spectroscopy
- 1- IR spectroscopy
2- the applications of IR spectroscopy
- 1- Introduction to NMR spectroscopy
2- The application of NMR spectroscopy
- 1- UV-Visible spectroscopy, Luminescence spectroscopy
2- DLS, Zeta potential
- Seminar
- Seminar