SCOPE
Over 5 days there will be lectures in the morning covering the topics neutron sources, beam-line design, imaging detectors and digital image processing for Neutron Imaging (NI). Additionally, special techniques used in NI will be thoroughly discussed such as energy selective imaging, neutron grating interferometry, imaging with polarized neutrons, dynamic neutron imaging and diffractive imaging. In the afternoon the participants will perform experiments and exercises in small groups at the state of the art facilities of SINQ/PSI, including the application of modern tools for data treatment and analysis.
Over 5 days there will be lectures in the morning covering the topics neutron sources, beam-line design, imaging detectors and digital image processing for Neutron Imaging (NI). Additionally, special techniques used in NI will be thoroughly discussed such as energy selective imaging, neutron grating interferometry, imaging with polarized neutrons, dynamic neutron imaging and diffractive imaging. In the afternoon the participants will perform experiments and exercises in small groups at the state of the art facilities of SINQ/PSI, including the application of modern tools for data treatment and analysis.
