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Principle of the spin-echo technique Spin-echo spectrometers are based on the determination of neutron velocities by using the Larmor precession of their spin in a constant magnetic field. This is a t

Phone on the instrument: +33(0)4 76 20 7948 First Responsible FALUS Peter Co-Responsible(s) FOUQUET Peter FARAGO Bela Technician(s) RENZY Dimitri Click on name to obtain contact information.

Reactor hall, cold guide H53 18.84 m from the cold source Guide changer for 2 different guide end-sections: Coating Length straight section m=3 3 m Exit window: width x height = 6,0 x 12,0 cm2 ellipti

Phone on the instrument: +33(0)4 76 20 7331 First Responsible STEFFENS Paul Co-Responsible(s) HIESS Arno Technician(s) VILLARD Emmanuel Click on name to obtain contact information.

Guide hall n°2, cold guide H521 horizontal scattering geometry 0 Å -1 < Q < 2.5 Å -1 monochromator type HOPG (002) GIC (under development) wavelength λ 5.21 Å resolution δλ/λ 0.005 0.035 λ/2, λ/3... f

Simulated experiment SuperADAM operates as a fixed wavelength neutron reflectometer The neutron beam from the cold neutron guide H521 arrives at the monochromator which selects a narrow wavelength ban

Phone on the instrument: +33(0)4 76 20 7597 First Responsible VOROBIEV Alexei Co-Responsible(s) DEVISHVILI Anton Technician(s) AGUETTAZ Olivier Click on name to obtain contact information.

Information & links Physics Neutron Scattering Training and Mobility of Researchers PhysicsWeb Nobel Prize Winners American Physical Society American Institute of Physics Physical Review Science Elsev

A general view The photos show D1B equipped with the new detector (2011) with 1280 cells and covering 128º in 2θ. Here the instrument is shown with no sample environment setup.