1. Spallation neutron spectra measurements .1. Time-of-flight technique
- Author
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Borne, F, Crespin, S, Leray, S, Patin, Y, Beau, M, Boudard, A, Boue, F, Bouyer, P, Boyard, JL, Brochard, F, Drake, D, Duchazeaubeneix, JC, Durand, JM, Frehaut, J, Kowalski, L, Legrain, R, Lochard, JP, Martinez, E, Menard, S, Milleret, G, Petibon, E, Plouin, E, Terrien, Y, Thun, Borne, F, Crespin, S, Leray, S, Patin, Y, Beau, M, Boudard, A, Boue, F, Bouyer, P, Boyard, JL, Brochard, F, Drake, D, Duchazeaubeneix, JC, Durand, JM, Frehaut, J, Kowalski, L, Legrain, R, Lochard, JP, Martinez, E, Menard, S, Milleret, G, Petibon, E, Plouin, E, Terrien, Y, and Thun
- Abstract
We present an experimental method based on a time-of-flight technique between the tagged incident particles and a thick liquid NE213 scintillator to measure neutron energy spectra from 3 to 400 MeV at the Saturne synchrotron of Saclay. Efficiency measurem, Addresses: Borne F, CEA, SPN, DPTA, BRUYERES CHATEL, FRANCE. LAB NATL SATURNE, SACLAY, FRANCE. SPHN, DAPNIA, SACLAY, FRANCE. IPN, ORSAY, FRANCE. UPPSALA UNIV, UPPSALA, SWEDEN. MONTCLAIR STATE UNIV, MONTCLAIR, NJ 07043.
- Published
- 1997