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Pictures The instrument Brisp2 008 The big shielding Internal Shielding BRISP at work Detector Monochromator Honeycomb collimator Sample chamber BRISP team Data reduction Standard treatment of BRISP r

John Allibon, Bachir Ouladdiaf and Silvia Capelli at work on CYCLOPS. A general view By june 2009, CYCLOPS recorded its first Laue patterns. Less than 5 seconds were enough to get excellent data from

Guide hall 1, End of the thermal neutron guide H24 Diffraction geometry Transmission or backscattering Neutron beam Flux at sample position about 10 8 n/cm 2 /s Wavelength range 0.8 - 3.2 Å 10 detecto

Simulated experiment A principle of a neutron Laue diffractometer is extremely simple. When a single crystal is placed in a white beam it diffracts neutrons in many directions. The diffracted beams wh

How fast is CYCLOPS ? This movie was recorded during the very first tests of the instrument in June 2009. It shows that exposures as short as a few seconds are enough to get excellent Laue patterns fr

(png - 111 Ki) First tests. The figure shows the raw stitched Laue pattern (a) obtained with a ruby crystal in 20s of acquisition time. Figures (b) and (c) are the transformed to cylindrical geometry

First Responsible Technician(s) DECARPENTRIE Philippe Click on name to obtain contact information.

More details on the instrument This cut of the 3D layout shows the main parts of the instrument as they appear in the final project.

Guide hall n°2, cold guide H522 Incident wavelength 3 ... 12Å Beam profile Incident beam divergence 20 mrad Beam cross section 55 x 120 mm 2 Velocity selector Incident wavelength 3 ... 12Å Velocity se

D1B (CRG) High intensity two-axis powder diffractometer D1B is a high intensity powder diffractometer with a PSD covering the angular range 0.8 to 128.8º. Highly demand for real time experiments, and