@article{PUBDB-2016-02565,
      volume = {23},
      author = {Vannoni, Maurizio and Freijo-Martin, Idoia and Sinn,  Harald},
      url = {http://xfel.tind.io/record/12},
      journal = {855 - 860. J. Synchrotron Rad.},
      title = {Characterization of an X-ray mirror mechanical bender for  the European XFEL},
      publisher = {IUCr},
      abstract = {One of the classical devices used to tune a mirror on an  X-ray optical setup is a mechanical bender. This is often  designed in such a way that the mirror is held with clamps  on both ends; a motor is then used to put a torque on the  clamps, inducing a cylindrical shape of the mirror surface.  A mechanical bender with this design was recently  characterized, to bend a 950 mm-long mirror up to a  radius of curvature of 10 km. The characterization was  performed using a large-aperture Fizeau interferometer with  an angled incidence setup. Some particular and critical  effects were investigated, such as calibration, hysteresis,  twisting and long-term stability.},
      number = {4. PUBDB-2016-02565},
      recid = {12},
      address = {Chester. 2016},
      year = {2016},
}