Single-image phase retrieval for hard X-ray grating interferometry
Z Wang, K Ren, X Shi, Y Ren, K Gao… - Journal of Synchrotron …, 2019 - journals.iucr.org
A single-image method is proposed for quantitative phase retrieval in hard X-ray grating
interferometry. This novel method assumes a quasi-homogeneous sample, with a constant …
interferometry. This novel method assumes a quasi-homogeneous sample, with a constant …
An improved acquisition scheme for the reverse projection method
In recent years, efforts have been made on the information extraction method in x-ray grating-
based phase contrast imaging. Among them, the reverse projection method proposed by PP …
based phase contrast imaging. Among them, the reverse projection method proposed by PP …
Potential use of microbubbles (MBs) as contrast material in x-ray dark field (DF) imaging: How does the DF signal change with the characteristic parameters of the MBs …
One of the most exciting aspects of the grating based x-ray differential phase contrast (DPC)
acquisition method is the concurrent generation of the so-called dark field (DF) signal, along …
acquisition method is the concurrent generation of the so-called dark field (DF) signal, along …
Single-step, quantitative x-ray differential phase contrast imaging using spectral detection in a coded aperture setup
In this abstract we describe the first non-interferometric x-ray phase contrast imaging (PCI)
method that uses only a single-measurement step to retrieve with quantitative accuracy …
method that uses only a single-measurement step to retrieve with quantitative accuracy …
Phase imaging method and phase imaging apparatus using phase imaging method
H Kudo, S Lian - US Patent 11,181,487, 2021 - Google Patents
A phase imaging method and apparatus are provided, the phase imaging method including
causing a quantum beam from a radiation source to be incident on a detector through a test …
causing a quantum beam from a radiation source to be incident on a detector through a test …
Differential phase contrast imaging using the phase retrieval of a Hilbert transform and noise filtering by low rank method
J Yang, MJ Kwack, S Lee… - International Forum on …, 2019 - spiedigitallibrary.org
In this paper, a phase retrieval method using the Hilbert transform (HT) and low-rank method
is proposed to obtain differential phase contrast (DPC) imaging. The method has the …
is proposed to obtain differential phase contrast (DPC) imaging. The method has the …
A New Method for Differential Phase-Contrast Imaging Without Phase Stepping
J Wang, J Fu - The Proceedings of the International Conference on …, 2019 - Springer
X-ray phase-contrast imaging has attracted much more attention in researches, due to the
better imaging contrast than absorption when the sample is made of light elements …
better imaging contrast than absorption when the sample is made of light elements …
X-ray Phase-Contrast Tomosynthesis Imaging
X-ray tomosynthesis is a pseudo-tomographic imaging method that can partially address the
problem of structural overlap encountered in planar X-ray imaging. All of these …
problem of structural overlap encountered in planar X-ray imaging. All of these …
Single-shot phase retrieval in high-energy X-ray grating interferometry
W Zhili, L Dalin - arXiv preprint arXiv:1608.08917, 2016 - arxiv.org
In X-ray phase contrast imaging, phase retrieval from intensity measurements is the key for
further quantitative analysis and tomographic reconstructions. In this letter, we present a …
further quantitative analysis and tomographic reconstructions. In this letter, we present a …
X-ray differential phase contrast imaging using a grating interferometer and a single photon counting detector
Y Ge, R Zhang, K Li, GH Chen - Medical Imaging 2016 …, 2016 - spiedigitallibrary.org
For grating interferometer-based x-ray differential phase contrast (DPC) imaging systems,
their noise performance is strongly dependent on both the visibility of the interference fringe …
their noise performance is strongly dependent on both the visibility of the interference fringe …