Makina Yabashi,1 Hiroshi Yamazaki,1 Kenji Tamasaku,2 Shunji Goto,1 Kunikazu T. Takeshita,1 Tetsuro Mochizuki,1 Yasuhiro Yoneda,3 Yukito Furukawa,1 Tetsuya Ishikawa4
1Japan Synchrotron Radiation Research Institute (Japan) 2RIKEN--The Institute of Physical and Chemical Research (Japan) 3Japan Atomic Energy Research Institute (Japan) 4Japan Synchrotron Radiation Research Institute and RIKEN--The Institute of Physical and Ch (Japan)
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Most SPring-8 x-ray beamlines are installed double-crystal monochromators that are standardized. For x-ray undulator beamlines where power density of the beam are quite high, rotated-inclined double-crystal geometry is usually adopted, which enlarges the footprint of the incident beam on the crystal surface to reduce the power density. On the other hand, adjustable-inclined double-crystal geometry is adopted for bending-magnet beamlines to extend the available energy range with a limited Bragg angle range. The standardized monochromator mechanism is compatible to both of the geometries, only by changing crystal mounts. Detailed description of the monochromator mechanism is presented.
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