ENTRY F1428 20240321 F099F1428 0 1 SUBENT F1428001 20240321 F099F1428 1 1 BIB 12 53 F1428 1 2 TITLE The differential cross section in deuteron-proton F1428 1 3 elastic scattering at 500, 750 and 900 MeV/nucleon. F1428 1 4 AUTHOR (A.A.Terekhin,V.P.Ladygin,Yu.V.Gurchin,A.Yu.Isupov, F1428 1 5 M.Janek,A.N.Khrenov,A.K.Kurilkin,P.K.Kurilkin, F1428 1 6 N.B.Ladygina,S.M.Piyadin,S.G.Reznikov) F1428 1 7 INSTITUTE (4ZZZDUB) F1428 1 8 (3SLKSLK) Faculty of Electrical Engineering and F1428 1 9 Information Technology, University of Zilina, Zilina F1428 1 10 REFERENCE (J,EPJ/A,55,129,2019) F1428 1 11 #doi:10.1140/epja/i2019-12817-0 F1428 1 12 (J,BAS,84,747,2000) English translation F1428 1 13 #doi:10.3103/S1062873820040334 F1428 1 14 (J,IZV,84,908,2020) Russian original. The same data areF1428 1 15 given. F1428 1 16 #doi:10.31857/S0367676520040353 F1428 1 17 FACILITY (SYNCH,4ZZZDUB) Nuclotron F1428 1 18 INC-SOURCE Unpolarized deuteron beam was used. F1428 1 19 DETECTOR (SCIN) 6 plastic scintillation counters were used. F1428 1 20 Two pairs of scintillation detectors were used to F1428 1 21 register scattered deuterons and recoil protons from F1428 1 22 dp elastic scattering in kinematical coincidence over F1428 1 23 the cms angular range of ~ 75-120 degr. Two proton F1428 1 24 detectors were installed on the left and on the right F1428 1 25 at a distance of 580 mm from the target. Two deuteron F1428 1 26 detectors were placed at the scattering angles of F1428 1 27 deuterons coinciding kinematically with the protons F1428 1 28 or left and right scattering. A pair of the F1428 1 29 scintillation detectors was placed to register two F1428 1 30 protons from quasi-elastic pp-scattering. The deuteron F1428 1 31 and quasi-elastic pp-detectors were placed at a F1428 1 32 distance of 560 mm from the target in front of the F1428 1 33 proton detectors. F1428 1 34 METHOD (TOF) F1428 1 35 SAMPLE A 10 mu-m polyethylene (CH2) foil was used as a F1428 1 36 proton target. A 8 mu-m carbon (12C) wire was used to F1428 1 37 evaluate the background originating from the carbon F1428 1 38 content in CH2. The effect on the hydrogen was F1428 1 39 obtained using CH2-C subtraction. F1428 1 40 ERR-ANALYS (ERR-S) The statistical error was determined by the F1428 1 41 statistical error of dp elastic scattering events, F1428 1 42 the statistical error of the number of reconstructed F1428 1 43 pp quasielastic scattering events, and the F1428 1 44 statistical error of the carbon background correction F1428 1 45 factor. F1428 1 46 (ERR-SYS) The systematic uncertainty was determined by F1428 1 47 the carbon background subtraction procedure, the F1428 1 48 errors of the solid angle of the deuteron detector, F1428 1 49 and the Jacobian transformation. F1428 1 50 STATUS (TABLE,,A.A.Terekhin+,J,EPJ/A,55,129,2019) Tables 3-5. F1428 1 51 (APRVD) Entry was approved by Dr. A.A. Terekhin. F1428 1 52 HISTORY (20200708C) F1428 1 53 (20240321A) REFERENCE code was added: J,BAS,84,747,2000F1428 1 54 STATUS updated. F1428 1 55 ENDBIB 53 0 F1428 1 56 NOCOMMON 0 0 F1428 1 57 ENDSUBENT 56 0 F1428 199999 SUBENT F1428002 20200708 F081F1428 2 1 BIB 1 1 F1428 2 2 REACTION ((1-H-1(D,EL)1-H-1,,DA)=(1-H-2(P,EL)1-H-2,,DA)) F1428 2 3 ENDBIB 1 0 F1428 2 4 NOCOMMON 0 0 F1428 2 5 DATA 5 17 F1428 2 6 EN ANG-CM DATA-CM ERR-S ERR-SYS F1428 2 7 MEV/A ADEG MU-B/SR MU-B/SR MU-B/SR F1428 2 8 500. 75.9 61.54 1.28 23.4 F1428 2 9 500. 81.3 57.70 0.83 21.1 F1428 2 10 500. 106.5 34.56 0.94 15.1 F1428 2 11 500. 112.5 35.62 0.65 15.4 F1428 2 12 500. 116.7 33.45 0.58 15.1 F1428 2 13 500. 119.7 34.19 0.94 12.8 F1428 2 14 750. 78.9 25.19 2.07 8.23 F1428 2 15 750. 83.7 24.93 1.41 8.14 F1428 2 16 750. 88.8 18.82 1.88 6.05 F1428 2 17 750. 93.9 18.03 2.10 5.55 F1428 2 18 750. 98.7 14.51 2.08 4.88 F1428 2 19 900. 75.9 17.97 1.17 5.41 F1428 2 20 900. 86.3 10.00 0.93 3.28 F1428 2 21 900. 96.4 5.21 0.93 1.70 F1428 2 22 900. 101.6 3.45 0.48 1.11 F1428 2 23 900. 104.2 4.33 0.70 1.74 F1428 2 24 900. 111.4 3.14 0.74 1.23 F1428 2 25 ENDDATA 19 0 F1428 2 26 ENDSUBENT 25 0 F1428 299999 ENDENTRY 2 0 F142899999999