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Simulated experiment The white beam (polychromatic) from the thermal tube H11 arrives at the monochromator. Monochromatic diffracted beams reache the sample – a single crystal - located at the centre

Simulated experiment A polychromatic (white), neutron beam is partially monochromatised by the two counter-rotating disc choppers, generating a packet of neutrons which then falls upon the monochromat

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

Simulated experiment (TAS geometry) Here D10 is set in the 3-axis geometry (TAS geometry) for an inelastic scattering experiment. The polychromatic beam from the thermal neutron guide H24 arrives on t

Simulated single crystal diffraction experiment Here D10 is set for a single crystal diffraction experiment in the 4-circle geometry. The polychromatic beam from the thermal neutron guide H24 arrives

Hydrogen bonding in a phosphorium aryl axideDark grey: carbon, light grey: hydrogen, red: oxygen, green: phosphorus. Single crystal D19 is a valuable tool for the study of: Organometallic complexes Hy

Scientific member country since 2009 National representative at the ILL Comenius University in Bratislava Scientific Member Representative: Norbert KUĈERKA | Comenius University in Bratislava Industri

Scientific member country since 2020 National representative at the ILL National Institute of Chemistry Scientific Member Representative: Franci MERZEL | National Institute of Chemistry Industrial Lia

(gif - 186 Ki) The GRID technique in shortThe animation shows typical simulated trajectories of recoiling atoms and the corresponding Doppler broadened gamma-ray lineshape. Two different orientations

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