Speckle-Based X-ray Imaging: Dark-Field Tomography of a Phase Object (2021)
CitationAlloo S, Paganin D, Kitchen M, Stevenson AW, Mayo SC, Li H, Maksimenko A, Bowden J, Kennedy B, Pavlov K (2021). Speckle-Based X-ray Imaging: Dark-Field Tomography of a Phase Object. online: NZPEM 2021. 04/05/2021-05/05/2021.
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ANZSRC Fields of Research51 - Physical sciences::5104 - Condensed matter physics::510402 - Condensed matter imaging
51 - Physical sciences::5104 - Condensed matter physics::510401 - Condensed matter characterisation technique development
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Alloo SJ; Paganin DM; Morgan KS; Kitchen MJ; Stevenson AW; Mayo SC; Li HT; Maksimenko A; Bowden JC; Kennedy , Ben; Pavlov, Konstantin (SPIE-Intl Soc Optical Eng, 2022)<b>Purpose:</b> We investigate how an intrinsic speckle tracking approach to speckle-based x-ray imaging is used to extract an object's effective dark-field (DF) signal, which is capable of providing object information in ...
Alloo SJ; Morgan KS; Paganin DM; Pavlov, Konstantin (2021)
Speckle-Tracking Imaging at the Australian Synchrotron : Preliminary results from speckle-tracking studies at IMBL Pavlov K; Kennedy B; Mayo, S; Bowden, J; Li, T; Paganin, D; Maksimenko, A; Kitchen, M; Stevenson, A (2019)Speckle-tracking imaging utilises highly structured illumination created using a random mask such as sandpaper, and imaged with a detector placed at a suitable distance. The presence of a sample modifies the image of ...