Advances in X-ray sources, detectors, and data analysis methods are continually expanding the capabilities of X-ray scattering in nanotechnology. The development of high-brilliance synchrotron X-ray ...

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A narrow X-ray beam passes through precision openings before hitting the sample under study. The X-rays that bounce off the sample are captured at a specific angle (marked as 2Θ) by a detector that ...

Cryogenic particle detectors operating at very low temperatures and crystal ... Those spectrometers are used together with specialized methodologies, such as the resonance inelastic X ray scattering ...

The integration of mono-modular MYTHEN detectors into a wide range of X-ray diffractometers and cameras results in high-throughput measurements, small angle scattering, structure determination, PDF ...

Tokyo-based precision components manufacturer Orbray has announced the development of an advanced radiation nuclear ...

X-ray scattering is an essential tool for characterizing polymer morphology, yet designing a successful experiment can feel overwhelming for newcomers. During this introductory webinar join Robert ...

Background scattering is minimized through the use of ... The 30 W Xenocs Genix 3D X-ray source and state-of-the-art Dectris Eiger R 1M detector provide an excellent way to probe almost any material ...

Biomedical imaging with light-scattering spectroscopy (LSS) is a novel optical technology developed to probe the structure of living epithelial cells in situ without need for tissue removal.

Our small-angle X-ray scattering equipment includes the UK's first SAXS instrument to be equipped with a liquid gallium X-ray source. This high-intensity beam means samples can be analysed in minutes, ...