Conveners
Morning Session 1
- Burkhard Schillinger (Heinz Maier-Leibnitz-Center (FRM II), Technische Universität MNünchen, Germany)
Morning Session 1
- Stefanos Athanasopoulos (European Spallation Source ERIC)
Morning Session 1
- Thawatchart Chulapakorn (ESS)
- Manuel Morgano (European Spallation Source ERIC)
This presentation will give an overview of wavelength resolved imaging methods and instru-mentation developed and pursued at the instruments of the Applied Materials Group at PSI. It will focus on such methods, techniques, applications and results not covered in other con-tributions. Recently added capabilities from a new velocity selector, and new double crystal monochromator at ICON as well...
The Energy-resolved neutron imaging system, RADEN [1], has been constructed in J-PARC MLF in 2014 and started the user operation in 2015, and we will soon celebrate the 10th year from the successful first neutron beam extraction in RADEN. So far, we continued developments on energy-resolved neutron imaging techniques using time-of-flight (TOF) analysis and on the devices related to neutron...
Energy-resolved neutron imaging is effectively applied using time-of-flight methods at pulsed sources, with spectral ranges and pulse widths of an instrument given by the type of moderator. The imaging instrument IMAT [1] views a coupled cold liquid hydrogen moderator on TS2 at ISIS and is operated as a user facility for more than six years. About half of the projects on IMAT make use of...
The HIPPO neutron time-of-flight diffractometer [1] at LANSCE has been upgraded with an event-mode, energy-resolved neutron imaging camera [2], enabling simultaneous diffraction for microstructural characterization and energy-resolved neutron imaging. This multimodal approach reduces beam time requirements and leverages HIPPO's extensive detector coverage and sample environment capabilities...
The proposal for the ODIN (Optical and Diffraction Imaging with Neutrons) instrument was submitted in 2012, and the Neuwave workshop has played a significant role in its development. Thanks to a collaborative effort spearheaded by our in-kind partners, PSI and TUM, and driven by the dedicated work of scientists and engineers, ODIN is on track to become one of the first instruments to receive...
We present novel advances in the implementation of Neutron Resonance Transmission Imaging (NRTI), a non-destructive 2D elemental analysis technique, performed at the Italian Neutron Experimental Station (INES) beamline operating at the ISIS neutron and muon source, UK.
Neutron spallation sources have high epithermal neutron fluxes, which is a profitable energy range for elemental and isotopic...
The history of technology of ancient civilizations is mainly the history of their metallurgical capa-bilities. In fact, metal tools, weapons and art objects were produced using the most advanced knowledge developed by the different civilization, since metalworking requires a wide amount of technical skill and empirical knowledge of complex thermal and mechanical phenomena. Ancient metal...
