The Juelich Centre for Neutron Science at the Maier Leibnitz Zentrum (MLZ) is known to focus on polarized neutron instrumentation and techniques. We have developed a type of SEOP based in-situ 3He polarized that was first implemented on the magnetism reflectometer MARIA. Since then 6 more devices have been developed based on this basic design for TOPAS, KWS1 and POLI at MLZ and for DREAM and...
Polarized neutron experiments are an important of the scientific motivation for large scale neutron sources. These experiments often involve the use both the highest available fields and at other times techniques or instrumentation that are highly sensitive to changing magnetic fields or field gradients. This can lead to reduced polarized neutron instrument performance and undesired cross...
Neutron polarization analysis provides profound additions of knowledge to the field of soft condensed matter research. The ability to separate the coherent and incoherent scattering contributions gives information on spatial correlations and collective motion, and information from single particles, respectively.
In this study, we focus on upgrading the SPHERES (SPectrometer for High Energy...
