FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3199740060> ?p ?o ?g. }

• W3199740060 endingPage "6657" @default.
• W3199740060 startingPage "6642" @default.
• W3199740060 abstract "Abstract Purpose X‐ray phase and dark‐field (DF) imaging have been shown to improve the diagnostic capabilities of X‐ray systems. However, these methods have found limited clinical use due to the need for multiple precision gratings with limited field of view or requirements on X‐ray coherence that may not be easily translated to clinical practice. This work aims to develop a practicable X‐ray phase and DF imaging system that could be translated and practiced in the clinic. Methods This work employs a conventional source to create structured illumination with a simple wire mesh. A mesh‐shifting algorithm is used to allow wider Fourier windowing to enhance resolution. Deconvolution of the source spot width and camera resolution improves accuracy. Polycapillary optics are employed to enhance coherence. The effects of incorporating optics with two different focal lengths are compared. Information apparent in enhanced absorption images, phase images, and DF images of fat embedded phantoms were compared and subjected to a limited receiver operator characteristic (ROC) study. The DF images of the moist and dry porous object (sponges) were compared. Results The mesh‐based phase and DF imaging system constructs images with three different information types: scatter‐free absorption images, differential phase images, and scatter magnitude/DF images, simultaneously from the same original image. The polycapillary optic enhances the coherence of the beam. The deblurring technique corrects the phase signal error due to geometrical blur and the limitation of the camera modulation transfer function (MTF) and removes image artifacts to improve the resolution in a single shot. The mesh‐shifting method allows the use of a wider Fourier processing window, which gives even higher resolution, at the expense of an increased dose. The limited ROC study confirms the efficacy of the system over the conventional system. DF images of moist and dry porous object show the significance of the system in the imaging of lung infections. Conclusion The mesh‐based X‐ray phase and DF imaging system is an inexpensive and easy setup in terms of alignment and data acquisition and can produce phase and DF images in a single shot with wide field of view. The system shows significant potential for use in diagnostic imaging in a clinical setting." @default.
• W3199740060 created "2021-09-27" @default.
• W3199740060 creator A5000215243 @default.
• W3199740060 creator A5001822897 @default.
• W3199740060 creator A5019750623 @default.
• W3199740060 creator A5029270255 @default.
• W3199740060 creator A5044324961 @default.
• W3199740060 creator A5079930465 @default.
• W3199740060 creator A5084923939 @default.
• W3199740060 date "2021-10-11" @default.
• W3199740060 modified "2023-10-03" @default.
• W3199740060 title "Phase and dark‐field imaging with mesh‐based structured illumination and polycapillary optics" @default.
• W3199740060 cites W1968387267 @default.
• W3199740060 cites W1968391303 @default.
• W3199740060 cites W1987638097 @default.
• W3199740060 cites W1989466790 @default.
• W3199740060 cites W1996822724 @default.
• W3199740060 cites W1999814372 @default.
• W3199740060 cites W2003490590 @default.
• W3199740060 cites W2003662847 @default.
• W3199740060 cites W2011508419 @default.
• W3199740060 cites W2031214762 @default.
• W3199740060 cites W2033986785 @default.
• W3199740060 cites W2040572284 @default.
• W3199740060 cites W2048304620 @default.
• W3199740060 cites W2049224600 @default.
• W3199740060 cites W2051004886 @default.
• W3199740060 cites W2080142386 @default.
• W3199740060 cites W2092491035 @default.
• W3199740060 cites W2107449292 @default.
• W3199740060 cites W2125445591 @default.
• W3199740060 cites W2183784503 @default.
• W3199740060 cites W2562807428 @default.
• W3199740060 cites W2627736183 @default.
• W3199740060 cites W2745284901 @default.
• W3199740060 cites W2790429855 @default.
• W3199740060 cites W2802367827 @default.
• W3199740060 cites W2893622942 @default.
• W3199740060 cites W2899923365 @default.
• W3199740060 cites W2969538124 @default.
• W3199740060 cites W3010690463 @default.
• W3199740060 cites W3031697239 @default.
• W3199740060 doi "https://doi.org/10.1002/mp.15247" @default.
• W3199740060 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34554583" @default.
• W3199740060 hasPublicationYear "2021" @default.
• W3199740060 type Work @default.
• W3199740060 sameAs 3199740060 @default.
• W3199740060 citedByCount "2" @default.
• W3199740060 countsByYear W31997400602022 @default.
• W3199740060 countsByYear W31997400602023 @default.
• W3199740060 crossrefType "journal-article" @default.
• W3199740060 hasAuthorship W3199740060A5000215243 @default.
• W3199740060 hasAuthorship W3199740060A5001822897 @default.
• W3199740060 hasAuthorship W3199740060A5019750623 @default.
• W3199740060 hasAuthorship W3199740060A5029270255 @default.
• W3199740060 hasAuthorship W3199740060A5044324961 @default.
• W3199740060 hasAuthorship W3199740060A5079930465 @default.
• W3199740060 hasAuthorship W3199740060A5084923939 @default.
• W3199740060 hasConcept C106430172 @default.
• W3199740060 hasConcept C115961682 @default.
• W3199740060 hasConcept C120665830 @default.
• W3199740060 hasConcept C121332964 @default.
• W3199740060 hasConcept C150627866 @default.
• W3199740060 hasConcept C154945302 @default.
• W3199740060 hasConcept C174576160 @default.
• W3199740060 hasConcept C175231954 @default.
• W3199740060 hasConcept C192562407 @default.
• W3199740060 hasConcept C205372480 @default.
• W3199740060 hasConcept C2777693668 @default.
• W3199740060 hasConcept C2778818243 @default.
• W3199740060 hasConcept C2781181686 @default.
• W3199740060 hasConcept C31972630 @default.
• W3199740060 hasConcept C41008148 @default.
• W3199740060 hasConcept C44280652 @default.
• W3199740060 hasConcept C62520636 @default.
• W3199740060 hasConcept C9417928 @default.
• W3199740060 hasConceptScore W3199740060C106430172 @default.
• W3199740060 hasConceptScore W3199740060C115961682 @default.
• W3199740060 hasConceptScore W3199740060C120665830 @default.
• W3199740060 hasConceptScore W3199740060C121332964 @default.
• W3199740060 hasConceptScore W3199740060C150627866 @default.
• W3199740060 hasConceptScore W3199740060C154945302 @default.
• W3199740060 hasConceptScore W3199740060C174576160 @default.
• W3199740060 hasConceptScore W3199740060C175231954 @default.
• W3199740060 hasConceptScore W3199740060C192562407 @default.
• W3199740060 hasConceptScore W3199740060C205372480 @default.
• W3199740060 hasConceptScore W3199740060C2777693668 @default.
• W3199740060 hasConceptScore W3199740060C2778818243 @default.
• W3199740060 hasConceptScore W3199740060C2781181686 @default.
• W3199740060 hasConceptScore W3199740060C31972630 @default.
• W3199740060 hasConceptScore W3199740060C41008148 @default.
• W3199740060 hasConceptScore W3199740060C44280652 @default.
• W3199740060 hasConceptScore W3199740060C62520636 @default.
• W3199740060 hasConceptScore W3199740060C9417928 @default.
• W3199740060 hasFunder F4320308035 @default.
• W3199740060 hasIssue "11" @default.
• W3199740060 hasLocation W31997400601 @default.
• W3199740060 hasOpenAccess W3199740060 @default.

• next