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MLZ (eng)
Lichtenbergstr.1
85748 Garching
Spectroscopy
Investigating the movements of atoms on a time scale from pico to micro-seconds is the domain of neutron spectroscopy. The bandwidth is wide enough to cover the measurement of excitation energies on three-axes instruments and time-of-flight spectrometers through to the measuring of slow, sometimes diffusive motion using high resolution methods such as back-scattering or spin-echo. Combining these methods reveals unprecedented insights into the dynamics of condensed matter, made possible, for example, by the TRISP instrument. Using polarised neutrons, a detailed investigation of magnetic excitations becomes feasible. Although still in the development stage, a dedicated instrument such as KOMPASS aims to make the time-consuming and technically challenging experiments of today a mere matter of routine in the near future.
Instrument | Description | Operated by |
---|---|---|
Polarised neutron scattering instrument with time-of-flight inelastic scattering option | JCNS | |
Neutron spin-echo spectrometer | JCNS | |
Cold three axes spectrometer with polarisation analysis (in construction) | Uni Köln, TUM | |
Cold three axes spectrometer (with optional focussing guides and polarization analysis) | TUM | |
Cold three axes spectrometer | JCNS | |
Thermal three axes spectrometer | KIT, TUM | |
Resonance spin echo spectrometer | TUM | |
Backscattering spectrometer | JCNS | |
Cold neutron time-of-flight spectrometer | TUM | |
Thermal time-of-flight spectrometer with polarization analysis (in construction) | JCNS | |
Three axes spin echo spectrometer | MPI Stuttgart |
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