menuforthcoming articles
The following articles are a selection of those recently accepted for publication in Journal of Synchrotron Radiation.
See also Forthcoming articles in all IUCr journals.
beamlinesA femtosecond time-resolved Bragg coherent diffraction imaging experimental setup at PAL-XFEL for nanoscale lattice dynamics studies
The XSS beamline at PAL-XFEL provides a femtosecond time-resolved Bragg coherent X-ray diffraction imaging setup, optimized for tracking transient lattice dynamics and nanoscale strain fields within single crystals during dynamic processes.
research paperscomputer programsSMAXI: a machine-learning-powered open-source software for multidimensional full-field X-ray image analysis
SMAXI is a fully open-source, GPU-accelerated software platform that integrates state-of-the-art machine learning and large language model techniques into a unified workflow for X-ray image analysis. SMAXI simplifies high-throughput data processing workflows and overcomes manual image analysis bottlenecks.
research papersXAFS measurement system using undulator synchronized on-the-fly monochromator scan at SPring-8 BL36XU
Nonlinear scanning of a compact channel-cut monochromator synchronized with an undulator-gap movement system enables fast high-flux X-ray absorption fine structure measurements.
research papersSingle-shot hard X-ray spectrometer with uniform spatial and spectral response
We demonstrate a single-shot hard X-ray spectrometer based on small-angle scattering from glassy carbon that is insensitive to X-ray free electron laser beam-dependent spatial and spectral variations. Comparison with established X-ray Thomson scattering diagnostics using stochastic correlation X-ray spectroscopy demonstrates full-bandwidth coverage with millielectronvolt-scale spectral resolution, enabling reliable single-shot spectroscopic measurements.
scientific commentSynchrotron-based multi-scale biological imaging inside biocontainment environments
Orion, the first BSL-4 synchrotron-based research complex, advances pathogen research by integrating cutting-edge, multi-scale imaging to enhance the understanding of infectious diseases and inform global health policies.
research papersAn efficient wave-optics framework for partially coherent pink X-ray beam simulation and analysis
This article proposes a new calculation method and framework for simulating a pink X-ray beam, significantly improving computational efficiency. By comparing it with the experimental data from the beamline, the simulation method is consistent with the actual situation.
research papersSingle-shot third-harmonic spectral diagnostics for tender X-ray FEL pulses using a bent-crystal spectrometer
Third-harmonic spectral monitoring with an existing bent-crystal spectrometer provides single-shot bandwidth diagnostics and real-time machine tuning for tender X-ray free-electron laser operation, and can be made non-invasive when combined with a suitable beam-sampling grating.
