The aim of this PhD thesis is to develop the technic of X-ray phase imaging with Hartmann
wavefront sensor for various applications and to compare this new system against well …

The Hartman wavefront sensor can be used for X-ray phase imaging with high angular
resolution. The Hartmann sensor is able to retrieve both the phase and absorption from a …

Phase-contrast X-ray imaging (Phase imaging), which uses X-ray phase-shift caused by
passing through a sample, is a powerful tool for non-destructive three-dimensional …

The Hartmann wavefront sensor is able to measure, separately and in absolute, the real δ
and imaginary part β of the X-ray refractive index. While combined with tomographic setup …

Propagation-based imaging is an X-ray phase-contrast method that does not require any
additional optical elements in the imaging system. Instead, phase-contrast effects are …

We analyze some relationships between the small-and smooth-phase conditions in
propagation-based X-ray phase-contrast imaging. Although these conditions are generally …

X-ray absorption imaging is used in the medical field since a long time, but recent advance
in phase-contrast imaging made it feasible in a clinical setup. X-ray Phase-contrast imaging …

We use propagation based hard x-ray phase contrast tomography to explore the three
dimensional structure of neuronal tissues from the organ down to sub-cellular level, based …

The Hartmann wavefront sensor is able to measure, separately and in absolute, the real δ
and imaginary parts β of the X-ray refractive index. While combined with tomographic setup …

The development of highly coherent X-ray sources offers new possibilities to image
biological structures at different scales exploiting the refraction of X-rays. The coherence …