X-ray phase-contrast imaging has experienced rapid development over the last few
decades, and, in this technology, the phase modulation strategy of phase stepping (PS) is …

X-ray phase-contrast imaging is a potential nondestructive testing and diagnostic technology
in medicine, biology and materials science. It provides high sensitivity and contrast of weakly …

In X-ray grating-based phase contrast imaging, information retrieval is necessary for
quantitative research, especially for phase tomography. However, numerous and repetitive …

X-ray phase contrast imaging is a powerful analysis technique for materials science and
biomedicine. Here, we report on laboratory grating-based X-ray interferometry employing a …

X-ray phase contrast imaging can provide improved or complementary information to
traditional attenuation-based X-ray imaging, making the field a vast and rapidly evolving …

X-ray phase-contrast imaging can provide images with much greater soft-tissue contrast
than conventional absorption-based images. In this paper, we describe differential X-ray …

X-ray imaging is of paramount importance for clinical and preclinical imaging but it is
fundamentally restricted by the attenuation-based contrast mechanism, which has remained …

Grating-based X-ray phase-contrast imaging (XPCi) systems offer higher sensitivity
compared to other XPCi methods; however, realizing a high-resolution, compact, dose …

We developed a two-dimensional gratings-based X-ray interferometer that requires only a
single exposure for clinical radiography. The interferometer consisted of a checkerboard …

X-ray imaging is of paramount importance for clinical and preclinical imaging but it is
fundamentally restricted by the attenuation-based contrast mechanism, which has remained …