[HTML][HTML] Enhancing Contrast of Spatial Details in X-ray Phase-Contrast Imaging through Modified Fourier Filtering

B Yu, G Li, J Zhang, Y Wang, T Deng, R Sun, M Huang… - Photonics, 2023 - mdpi.com
In-line X-ray phase contrast imaging, which is simple to experiment with, provides
significantly higher sensitivity, compared to conventional X-ray absorption imaging. The …

Enhancing Contrast of Spatial Details in X-ray Phase-Contrast Imaging through Modified Fourier Filtering

B Yu, G Li, J Zhang, Y Wang, T Deng, R Sun… - …, 2023 - search.proquest.com
In-line X-ray phase contrast imaging, which is simple to experiment with, provides
significantly higher sensitivity, compared to conventional X-ray absorption imaging. The …

Enhancing Contrast of Spatial Details in X-ray Phase-Contrast Imaging through Modified Fourier Filtering

B Yu, G Li, J Zhang, Y Wang, T Deng… - Photonics for Solar …, 2023 - ui.adsabs.harvard.edu
In-line X-ray phase contrast imaging, which is simple to experiment with, provides
significantly higher sensitivity, compared to conventional X-ray absorption imaging. The …

Enhancing Contrast of Spatial Details in X-ray Phase-Contrast Imaging through Modified Fourier Filtering.

B Yu, G Li, J Zhang, Y Wang, T Deng, R Sun… - …, 2023 - search.ebscohost.com
In-line X-ray phase contrast imaging, which is simple to experiment with, provides
significantly higher sensitivity, compared to conventional X-ray absorption imaging. The …

Enhancing Contrast of Spatial Details in X-ray Phase-Contrast Imaging through Modified Fourier Filtering.

B Yu, G Li, J Zhang, Y Wang, T Deng, R Sun, M Huang… - Photonics, 2023 - go.gale.com
In-line X-ray phase contrast imaging, which is simple to experiment with, provides
significantly higher sensitivity, compared to conventional X-ray absorption imaging. The …