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Baumann, T.; Boike, J.; Brown, J.; Bullinger, M.; Bychoswki, J.P.; Clark, S.; Daum, K.; DeYoung, P.A.; Evans, J.V.; Finck, J.; Frank, N.; Grant, A.; Hinnefeld, J.; Hitt, G.W.; Howes, R.H.; Isselhardt, B.; Kemper, K.W.; Longacre, J.; Lu, Y.; Luther, B.; Marley, S.T.; McCollum, D.; McDonald, E.; Onwuemene, U.; Pancella, P.V.; Peaslee, G.F.; Peters, W.A.; Rajabali, M.; Robertson, J.; Rogers, W.F.; Tabor, S.L.; Thoennessen, M.; Tryggestad, E.; Turner, R.E.; VanWylen, P.J.; Walker, N.
Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 05/2005, Letnik: 543, Številka: 2Journal Article
A collaboration of ten institutions, including a large number of undergraduate schools, proposed and constructed a highly efficient large-area neutron detector. The modular neutron array (MoNA) is designed to detect high-energy neutrons in experiments with fast rare isotopes at the National Superconducting Cyclotron Laboratory. It consists of 144 individual detector modules of plastic scintillator, is position sensitive, and features multi-hit capability. The MoNA project involves undergraduate students from the collaborating colleges and universities and gives them the possibility to take part in research at the forefront of nuclear physics.
