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A view of the fan-like neutron-detector The detector assembly is a array of nine 1D position sensitive detectors with an angular resolution of 0.125º. The available 2θ-range is 1.5º to 140º. Because t

Phone on the instrument: +33(0)4 76 20 7073 First Responsible OLLIVIER Jacques Co-Responsible(s) ZBIRI Mohamed Technician(s) HALBWACHS Jerome Click on name to obtain contact information.

Reactor hall, thermal beam H12 Monochromators PG 002: 2.20 ... 3.60 Å PG 004: 1.10 ... 1.80 Å Cu 220: 0.85 ... 1.50 Å Cu 111: 1.25 ... 2.24 Å take-off angle 2θM 39 ° ... 65° resolution δ> E i / E i 3

Phone on the instrument: +33(0)4 76 20 7127 First Responsible ROLS Stephane Co-Responsible(s) FAK Bjorn ZBIRI Mohamed Technician(s) MEULIEN Olivier Please, click on a person name to get his contact in

Flux at Sample Position IN4C: MEASUREMENT OF THE FLUX AT THE SAMPLE POSITION (pdf - 2.06 Mi)

Reactor Hall, Level C, Hot Beam H8 Monochromators Si(11L=1,2,3), Cu(220) and Cu(331), all 20 cm high and 23 cm wide, all with variable horizontal and vertical focussing Flux at sample ~5.0·10 7 n cm -

Simulated experiment The polychromatic neutron beam from the hot neutron beam tube H8 is diffracted by the monochromator, where a single wavelength is selected. The diffracted beam passes through a fi

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

Typical diffraction patterns The graph shows the diffraction patterns for H 2 O and D 2 O as measured on D4. After Fourier transformation such diffraction patterns provide information about the spatia

Besides test experiments the main task of IN3 is checking new instrument ideas for three axis spectroscopy.