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The Medley setup is planned to be moved to and used at the new neutronfacility NFS where measurements of light-ion production and fissioncross-sections are planned at 1-40 MeV. Medley has eight detector telescopesproviding Delta E-Delta E-E data, each consisting of two silicon detectors anda CsI(Tl) detector at the back. The telescope setup is rotatable and can bemade to cover any angle. Medley has previously been used in many measurementsat The Svedberg Laboratory (TSL) in Uppsala mainly with a quasi-mono-energeticneutron beam at 96 and 175 MeV.  To be able to do measurements at NFS, which will have a white neutron beam,Medley needs to detect the reaction products with a high temporal resolutionproviding the ToF of the primary neutron. In this paper we discuss the designof the Medley upgrade along with simulations of the setup. We explore the useof Parallel Plate Avalanche Counters (PPACs) which work very well for detectingfission fragments but require more consideration for detecting deeplypenetrating particles.

Measuring light-ion production and fission cross sections versus elastic np-scattering at the upcoming NFS facility