X-ray sources are developing rapidly and their coherent output is growing correspondingly.
The increased coherent flux from modern X-ray sources is being matched with an …

As the field of tissue engineering advances, it is crucial to develop imaging methods capable
of providing detailed three-dimensional information on tissue structure. X-ray imaging …

Phase retrieval is required for achieving artifact-free x-ray phase-sensitive 3D imaging. A
phase-retrieval approach based on the phase-attenuation duality with high energy x-rays …

The objective of this study was to demonstrate the potential benefits of using high energy x-
rays for phase sensitive breast imaging through a comparison with conventional …

Purpose The introduction of microbubble contrast agent into tissues can create significant
phase shifts. Phase retrieval (PR)‐based phase‐contrast computed tomography (PCCT) is …

The goal of this preliminary study was to perform an image quality comparison of high
energy phase sensitive imaging with low energy conventional imaging at similar radiation …

Purpose: The robustness of the phase retrieval methods is of critical importance for limiting
and reducing radiation doses involved in x‐ray phase contrast imaging. This work is to …

This chapter presents the wave optical formulation of X-ray phase-contrast imaging and the
different ways phase-contrast can be used to generate image contrast with and without …

The phase retrieval is an important task in x-ray phase contrast imaging. The robustness of
phase retrieval is especially important for potential medical imaging applications such as …

Propagation-based phase-contrast X-ray imaging is the earliest developed phase-contrast X-
ray imaging method, however, it requires mathematically intensive algorithms to retrieve …