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of fifteen analysers which can be rotated and positioned individually in order to map the scattered beam on a user-chosen path in Q-space. Depending on the requirements, the user can for example define scans

Taking advantage of the easy access around the D17 sample mount, together with the high flux and beam stability, an experimental configuration has been devised to simultaneously collect reflectivity and

between the monochromator shielding and the edge of the cryomagnet (distance measured on the incident beam axis). 300 mm is presently the standard distance on this instrument. When the sample table is pushed

press with or without separator. The maximum pressure is 700 MPa, i.e. 7 kbar up to 300°C. 14PL70CB12-Beam (pdf - 747 Ki) 14PL70CB12-Drawing

Guide hall n° 1, thermal guide H24 beam cross section 30 x 75 mm 2 Monochromator crystal d -spacing in Å k i in Å -1 flux in 10 6 n cm -2 s -1 PG (002) 3.355 1.3 - 3.3 2.662 9.3 Cu (111) 2.087 2.0 - 5

temperature and magnetic field. The combination of a large solid angle detector, variable neutron beam focussing on the sample and intrinsically low background make XtremeD the instrument of choice when

temperature and magnetic field. The combination of a large solid angle detector, variable neutron beam focussing on the sample and intrinsically low background make XtremeD the instrument of choice when

from a spherically shaped single crystal of Pb0.9974Cd0.0026.The x-axis is along the incident neutron beam. The spots represent the positions of the 12 Pb atoms forming the first neighbours o Atomic resolution

separator. The maximum pressure is 250 MPa, i.e. 2.5 kbar up to 100°C. Sketch of the TiZr cell in the beam (pdf - 1.18 Mi) Drawing of the TiZr cell - Click on the image to download the corresponding PDF file

distance to be kept from the monochromator protection is 855 mm (between the aluminium piece at the beam exit and the center of the magnet). No additional magnetizable or magnetic items are authorized between