b'The advanced post irradiation examination package moves towards characterizing entire irradiation capsules with pulsed neutrons to provide more data for modelers and to help pick the most interesting volumes for destructive PIE.remote handling. It has a diameterthis collimation and a liquid scintil-of 6mm and 2mm thickness and islator detector installed at the 60 enclosed in a custom Al sample holder.m flightpath length station of this Measurement in the high pressure/ beamline, scans across the sample preferred orientation (HIPPO)will be enabled that provide a much neutron time-of-flight diffractometerlarger energy range for the resonance as well as the energy-resolved neutronanalysis at the cost of a reduced imaging (ERNI) beamline werespatial resolution. A first application demonstrated. The energy-resolvedof this newly developed method neutron imaging allows to set contrastto a Nuclear Science User Facilities to specific isotopes using the neutron(NSUF)-funded full characterization absorption resonance phenomenon,of the U-10Zr-1Pd sample is planned very strong absorption of neutronsfor FY21 as a collaboration between of a specific neutron energy. TheLANL, INL and ORNL.pulsed neutron spallation source at the LANSCE in combination with a pixili-ated time-of-flight imaging detector allows to measure the neutron energy by the time-of-flight principle, a unique advantage over constant-wave reactor-based neutron radiography. A1 mm2 collimator was built and installed to limit the field of view on the disk-shaped sample. With 2020|AFC ACCOMPLISHMENTS 81'