X-ray Optics Development Stations in Japanese Synchrotron Radiation Facilities

Facility BL X-ray Energy Energy Resolution Photon Flux Beam Size at Sample Purpose
PF BL3C2 4 ∼ 34keV ∼ 2eV (@9keV, Si(111)), ∼ 1eV (@9keV, Si(311)) ∼ 1 × 1010photons/s (@9keV, Si(111)), ∼ 2 × 109photons/s (@9keV, Si(311)) Optical Device Characterization
BL14B 9 ∼ 50keV 40eV (@20keV, Si(111)) 10mm(H) × 20mm(V) Precise X-ray Optics
BL15C 4 ∼ 20keV 4eV (@10keV, Si(111)) 70mm(H) × 10mm(V)
SPring-8 BL19XU 7.2 ∼ 37keV Non-linear optics, X-ray interferometry, R&D of XFEL optics
BL20XU 5 ∼ 37keV ∼ 1013 photons/mm2 @ Exp. Hutch I 0.7mm(V) ∼ 1.2mm(H) @ Exp. Hutch I, 2.5mm(V) ∼ 6mm(V) @ Exp. Hutch II Developments of optical elements.
BL20B2 4.4 ∼ 113.3keV ∼ 75mm(H) × 5mm(V) @ Exp. Hutch 1, ∼ 300mm(H) × 20mm(V) @ Exp. Hutch 2 Development of various kinds of optical elements for novel imaging techniques
BL24XU 10-4 1012 photons/sec < 1mm Microbeam formation studies for medical, materials and life science.
BL29XU 4.4 ∼ 37.8keV ∼ 1.3 × 10-4 6 × 1013 photon/s (@10 keV) 1.3mm(H) × 0.72mm(W) (@Experimental Hutch 1), 30mm(H) × 10mm(W) (@Experimantal Hutch 2, the end of 1km long BL) X-ray optics, especially coherent x-ray optics
BL47XU 6 ∼ 54keV ΔE/E ∼ 2 × 10-4 (@18 keV) 2 × 1014 photons/s/0.1%b.w. (@18 keV, 100 mA) 2 mm(H) × 0.3mm(V) (@18 keV, 40 m from source) Optics R&D

Note 1: For detailed Energy Resolution and Photon Fluxe for individual nucleus, see web pages of the beamlines.


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