ENTRY O1075 20040406 0000O107500000001 SUBENT O1075001 20040406 0000O107500100001 BIB 13 39 O107500100002 TITLE Deuteron stripping on beryllium target in the 100-2300-O107500100003 MeV energy region. O107500100004 AUTHOR (J.F.Lecolley, C.Varignon, J.Thun, F.Borne, E.Martinez,O107500100005 S.Menard, Ph.Pras, A.Boudard, J.C.Duchazeaubeneix, O107500100006 D.Durand, J.M.Durand, J.Frehaut, F.Hanappe, C.Le Brun, O107500100007 F.R.Lecolley, X.Ledoux, F.Lefebvres, R.Legrain, O107500100008 S.Leray, M.Louvel, G.Milleret, Y.Patin, L.Stuttge, O107500100009 Y.Terrien) O107500100010 REFERENCE (J,EPJ/A,5,321,1999) O107500100011 REL-REF (N,,F.BORNE+,J,NIM/A,385,339,1997) O107500100012 (N,,E.MARTINEZ+,J,NIM/A,385,345,1997) The experimental O107500100013 apparatus O107500100014 INSTITUTE (2FR CAE) LPC, ISMRA O107500100015 (2FR SAT) O107500100016 (2FR BRC) DPTA/SPN O107500100017 (2FR SAC) DAPNIA/SPhN O107500100018 (2FR PAR) IPN O107500100019 (2FR FR) LUSAC O107500100020 (2BLGBRU) O107500100021 (2FR STR) IreS O107500100022 HISTORY (20030930C) O107500100023 (20040406U) Last checking has been done. O107500100024 ADD-RES (COMP) Woods-Saxon and Gaussian nuclear density O107500100025 Distributions. O107500100026 FACILITY (SYNCH,2FR SAT) O107500100027 SAMPLE Beryllium targets, thick 3-mm, were used. O107500100028 METHOD (TOF) O107500100029 PART-DET (N) O107500100030 COMMENT -By authors. Cross sections for stripping and O107500100031 dissociation of deuterons interacting with be targets O107500100032 in the 100-2300 MeV energy range have been measured. O107500100033 The stripping process is defined as a breaking of the O107500100034 deuteron due to the interaction between one of the O107500100035 nucleons with the target nucleus, the other nucleon O107500100036 being spectator in the interaction. Nuclear and CoulombO107500100037 dissociation is the break-up of the deuteron in its O107500100038 two constituents due to the nuclear or Coulomb field ofO107500100039 the target. O107500100040 STATUS (TABLE) In the paper. O107500100041 ENDBIB 39 0 O107500100042 COMMON 1 3 O107500100043 ANG O107500100044 ADEG O107500100045 0. O107500100046 ENDCOMMON 3 0 O107500100047 ENDSUBENT 46 0 O107500199999 SUBENT O1075002 20040406 0000O107500200001 BIB 4 13 O107500200002 REACTION 1(4-BE-9(D,X)0-NN-1,,DA) O107500200003 2(4-BE-9(D,X)0-NN-1,,SIG,,,DERIV) O107500200004 REL-REF (R,,G.BIZARD+,J,NIM,111,451,1973) The relation to O107500200005 calculate neutron beam intensity from differential O107500200006 cross sections O107500200007 DETECTOR (SCIN) A liquid NE213 scintillator DEMON . O107500200008 A 3-mm thick plastic scintillator was placed in front O107500200009 of the DEMON detector to reject charged particles O107500200010 produced in the collimator. O107500200011 ERR-ANALYS (ERR-1) High limit of an accuracy of detector O107500200012 efficiency. O107500200013 (DATA-ERR) The uncertainty is given by authors in data O107500200014 table without any analysis, except ERR-1. O107500200015 ENDBIB 13 0 O107500200016 COMMON 1 3 O107500200017 ERR-1 O107500200018 PER-CENT O107500200019 1.5 O107500200020 ENDCOMMON 3 0 O107500200021 DATA 5 3 O107500200022 EN DATA 1DATA-ERR 1DATA 2DATA-ERR 2 O107500200023 MEV B/SR B/SR MB MB O107500200024 100. 2.1 0.21 290. 29. O107500200025 150. 3.13 0.32 284. 29. O107500200026 200. 3.73 0.34 251. 23. O107500200027 ENDDATA 5 0 O107500200028 ENDSUBENT 27 0 O107500299999 SUBENT O1075003 20040406 0000O107500300001 BIB 6 23 O107500300002 REACTION 1(4-BE-9(D,X)0-NN-1,,DA) O107500300003 2(4-BE-9(D,X)0-NN-1,,SIG,,,DERIV) O107500300004 REL-REF (A,,G.BIZARD+,J,NIM,111,451,1973) Neutron production O107500300005 cross section at 1412 MeV. O107500300006 DETECTOR (MAGSP) A magnetic spectrometer with a trajectory O107500300007 reconstrucion and time-of-flight measurement. O107500300008 COMMENT -By authors. The method is based on the detection of O107500300009 particles produced by the interaction of neuterons withO107500300010 an hydrogen converter. The mass resolution was good O107500300011 enough to allow the identification of protons, O107500300012 deuterons and pions. The absolute calibration of the O107500300013 deuterons flux was performed through an activation O107500300014 measurement of carbon foils irradiated by the deuteron O107500300015 beam. O107500300016 FLAG (1.) n+p --> p+n channel. O107500300017 (2.) n+p --> d+pi0 channel, two cross sections O107500300018 corresponding to the two kinematical solutions for the O107500300019 deuteron emission angle were derived. The difference O107500300020 between the cross sections obtained by using the np-pnO107500300021 channel with those obtained in case of np-d+pi0 O107500300022 reactions does not exceed 15%. O107500300023 ERR-ANALYS (DATA-ERR) The uncertainty is given in data table. Any O107500300024 analysis is not given. O107500300025 ENDBIB 23 0 O107500300026 NOCOMMON 0 0 O107500300027 DATA 6 18 O107500300028 EN DATA 1DATA-ERR 1DATA 2DATA-ERR 2FLAG O107500300029 MEV B/SR B/SR MB MB NO-DIM O107500300030 400. 6.33 0.95 202. 30. 1.O107500300031 800. 13.06 1.96 190. 29. 1.O107500300032 800. 15.66 2.3 228. 34. 2.O107500300033 800. 15.73 2.4 229. 34. 2.O107500300034 1000. 15.59 2.34 174. 26. 1.O107500300035 1000. 14.65 2.4 175. 34. 2.O107500300036 1000. 16.47 2.49 184. 26. 2.O107500300037 1200. 20.76 3.11 186. 28. 1.O107500300038 1200. 18.99 2.79 170. 25. 2.O107500300039 1200. 20.81 3.1 185. 28. 2.O107500300040 1400. 25.9 3.89 191. 29. 1.O107500300041 1400. 28.4 4.19 209. 31. 2.O107500300042 1400. 26.4 4.51 194. 29. 2.O107500300043 1600. 32.33 4.85 200. 30. 1.O107500300044 1600. 40.48 8.1 251. 38. 2.O107500300045 1600. 35.3 7.04 219. 32. 2.O107500300046 2000. 41.71 6.26 193. 29. 1.O107500300047 2300. 49.17 7.38 188. 28. 1.O107500300048 ENDDATA 20 0 O107500300049 ENDSUBENT 48 0 O107500399999 ENDENTRY 3 0 O107599999999