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High-throughput and automated SAXS/USAXS experiment for industrial use at BL19B2 in SPring-8

Keiichi Osaka, Takuya Matsumoto, Yosuke Taniguchi, Daisuke Inoue, Masugu Sato, Norimichi Sano

Year
2016
Citations
23
Access
Open access

Abstract

A highly automated system combining a sample transfer robot with focused SR beam has been established for small-angle and ultra small-angle X-ray scattering (SAXS/USAXS) measurement at BL19B2 for industrial use of SPring-8. High-throughput data collection system can be realized by means of X-ray beam of high photon flux density concentrated by a cylindrical mirror, and a two-dimensional pixel detector PILATUS-2M. For SAXS measurement, we can obtain high-quality data within 1 minute for one exposure using this system. The sample transfer robot has a capacity of 90 samples with a large variety of shapes. The fusion of high-throughput and robotic system has enhanced the usability of SAXS/USAXS capability for industrial application.

Keywords

Small-angle X-ray scatteringThroughputMaterials scienceSample (material)ScatteringSpring (device)Small-angle scatteringDetectorOpticsComputer science

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