Computer simulation of the accelerator process in a superconducting cavity resonator
Introduction into Modern X-ray Physics (PAFMO904 Topics of Current Research 4)
Every winter semester we are offering the master course "Introduction into Modern X-ray physicsExternal link", composed of a lecture and an exercise. The course is well suited for the master's programs in Physics, Photonics, and Quantum Science & Technology.
Content
- sources of X-rays
- X-ray scattering, refraction, reflection
- kinematical scattering theory
- dynamical scattering theory
- small angle scattering, anomalous scattering
- introduction and applications of X-ray coherence
- crystal truncation rods
- X-ray reflectivity from thin films and nanostructures
- grazing incidence diffraction
- X-ray absorption spectroscopy
- nuclear resonant scattering
Introduction to X-ray Spectroscopy (PAFMO902 Topics of Current Research 2)
Every summer semester we are offering the master course "Introduction to X-ray spectroscopyExternal link", composed of a lecture and an exercise. The course is well suited for the master's programs in Physics, Photonics, and Quantum Science & Technology.
Content
- sources of X-rays
- X-ray scattering, refraction, reflection
- kinematical scattering theory
- dynamical scattering theory
- applications of dynamical X-ray scattering: monochromators, spectrometers, polarimeters
- X-ray reflectivity from thin films and nanostructures
- X-ray standing waves, waveguides, gratings, x-ray nanooptics
- introduction to X-ray coherence and its applications
- X-ray correlation spectroscopy and (grazing incidence) small angle x-ray scattering
- X-ray imaging methods
- X-ray absorption spectroscopy
- nuclear resonant scattering
- inelastic X-ray scattering