AI Article Synopsis
- A new fast microtomography system has been developed for high-resolution, quick imaging using bright monochromatic x-rays.
- The system achieved a remarkable scan time of just 0.25 seconds with a pixel size of 1.25 μm by integrating advanced x-ray technology, a rapid sample rotation, and a high-performance imaging detector.
- Its effectiveness was proven by successfully visualizing rising bubbles in a thick liquid, showcasing its capabilities in studying multiphase flow physics and offering both high spatial (300 nm) and very high temporal (9.8 μs) resolution.
Article Abstract
A fast microtomography system for high-resolution high-speed imaging has been developed using bright monochromatic x-rays at the BL29XU beamline of SPring-8. The shortest scan time for microtomography we attained was 0.25 s in 1.25 μm effective pixel size by combining the bright monochromatic x-rays, a fast rotating sample stage, and a high performance x-ray imaging detector. The feasibility of the tomography system was successfully demonstrated by visualization of rising bubbles in a viscous liquid, an interesting issue in multiphase flow physics. This system also provides a high spatial (a measurable feature size of 300 nm) or a very high temporal (9.8 μs) resolution in radiographs.
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| http://dx.doi.org/10.1063/1.4751853 | DOI Listing |
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