ENTRY M0943 20171111 M092M094300000001 SUBENT M0943001 20171111 M092M094300100001 BIB 8 18 M094300100002 TITLE Total photonuclear cross section in the nucleon M094300100003 resonance region. M094300100004 AUTHOR (M.Anghinolfi,N.Bianchi,P.Corvisiero,A.Deppman, M094300100005 E.De Sanctis,A.Ebolese,A.Fantoni,G.Cervino, M094300100006 P.Levi Sandri,V.Lucherini,L.Mazzaschi,V.Mokeev, M094300100007 V.Muccifora,E.Polli,A.R.Reolon,G.Ricco,M.Ripani, M094300100008 P.Rossi,M.Sanzone,M.Taiuti,A.Zucchiatti) M094300100009 REFERENCE (J,NP/A,553,631C,1993) M094300100010 #doi:10.1016/0375-9474(93)90670-S M094300100011 INSTITUTE (2ITYGVA,2ITYFRA,2ITYTUR) M094300100012 (2ITYITY) Sezione Sanita, Viale Regina Elena, Roma, M094300100013 Italy. M094300100014 FACILITY (LINAC,2ITYFRA) The Frascatti ADONE storage ring with M094300100015 maximum electron energy available 1500 MeV. M094300100016 INC-SOURCE (MPH,TAGD) Jet Target tagged photon beam. M094300100017 ERR-ANALYS (DATA-ERR) No information on source of uncertainties. M094300100018 HISTORY (20171111C) Data were compiled at the Russia MSU SINP M094300100019 CDFE by V.V.Varlamov. M094300100020 ENDBIB 18 0 M094300100021 NOCOMMON 0 0 M094300100022 ENDSUBENT 21 0 M094300199999 SUBENT M0943002 20171111 M092M094300200001 BIB 5 11 M094300200002 REACTION (4-BE-9(G,TOT),,SIG,,FCT) M094300200003 Cross section multiplied by 1/A. M094300200004 SAMPLE 85.77 (0.01) cm long 99.9% pure Be. M094300200005 DETECTOR (BGO) Bismuth-Germanate crystal detector. M094300200006 METHOD (TRN) Transmission method. M094300200007 To obtain the total photonuclear cross section the M094300200008 transmission method was used which consists in M094300200009 measuring the total attenuation cross section and M094300200010 subtracting the atomic absorption cross section M094300200011 calculable for light nuclei, with high accuracy. M094300200012 STATUS (CURVE) Data from Fig. 1. M094300200013 ENDBIB 11 0 M094300200014 NOCOMMON 0 0 M094300200015 DATA 3 19 M094300200016 EN DATA DATA-ERR M094300200017 MEV MICRO-B MICRO-B M094300200018 219. 235.42 6.47 M094300200019 241.1 350.92 8.63 M094300200020 300.4 428.02 8.30 M094300200021 338.5 425.18 7.35 M094300200022 360.5 401.44 8.63 M094300200023 397. 362.59 7.11 M094300200024 420.9 316.71 6.70 M094300200025 460. 263.31 6.47 M094300200026 500. 215.83 6.39 M094300200027 550.3 194.24 8.12 M094300200028 619.4 161.87 6.70 M094300200029 679.6 176.98 6.25 M094300200030 740.4 164.03 6.04 M094300200031 805.3 158.12 6.95 M094300200032 859.2 129.50 7.34 M094300200033 920.7 138.13 8.63 M094300200034 970. 137.35 6.70 M094300200035 1029.1 131.65 7.34 M094300200036 1085.5 112.23 6.82 M094300200037 ENDDATA 21 0 M094300200038 ENDSUBENT 37 0 M094300299999 SUBENT M0943003 20171111 M092M094300300001 BIB 5 12 M094300300002 REACTION (6-C-12(G,TOT),,SIG,,FCT) M094300300003 Cross section multiplied by 1/A. M094300300004 SAMPLE 59.95 (0.06) cm long nuclear reactor graphite M094300300005 containing less than 0.15E-3 impurities. M094300300006 DETECTOR (BGO) Bismuth-Germanate crystal detector. M094300300007 METHOD (TRN) Transmission method. M094300300008 To obtain the total photonuclear cross section the M094300300009 transmission method was used which consists in M094300300010 measuring the total attenuation cross section and M094300300011 subtracting the atomic absorption cross section M094300300012 calculable for light nuclei, with high accuracy. M094300300013 STATUS (CURVE) Data from Fig. 1. M094300300014 ENDBIB 12 0 M094300300015 NOCOMMON 0 0 M094300300016 DATA 3 21 M094300300017 EN DATA DATA-ERR M094300300018 MEV MICRO-B MICRO-B M094300300019 218. 250.36 6.47 M094300300020 235. 276.26 7.77 M094300300021 270. 350.42 6.38 M094300300022 285.4 375.54 8.63 M094300300023 337.5 403.59 6.69 M094300300024 355.5 423.02 8.20 M094300300025 397. 351.80 7.34 M094300300026 418. 264.00 15.11 M094300300027 438.9 302.16 7.83 M094300300028 468. 230.28 8.42 M094300300029 500. 215.83 6.52 M094300300030 555. 196.58 7.82 M094300300031 619.4 170.03 7.00 M094300300032 676.6 166.19 6.45 M094300300033 740.4 158.12 6.47 M094300300034 798.3 165.67 6.43 M094300300035 852.2 138.3 17.26 M094300300036 900.0 125.19 19.42 M094300300037 970.6 120.86 12.95 M094300300038 1039.1 114.39 25.90 M094300300039 1078.6 151.08 25.25 M094300300040 ENDDATA 23 0 M094300300041 ENDSUBENT 40 0 M094300399999 SUBENT M0943004 20171111 M092M094300400001 BIB 5 9 M094300400002 REACTION (92-U-0(G,F),,SIG,,FCT) M094300400003 Cross section multiplied by 1/A. M094300400004 SAMPLE The U targets were coated on one side of aluminium M094300400005 plates with a uniform deposition of about 2 mg/cm**2 M094300400006 UO2 [providing a total target thickness of about 120 M094300400007 mg/cm*22]. M094300400008 DETECTOR (PPAC) Parallel-grid avalanche detector. M094300400009 METHOD (EXTB,SITA) M094300400010 STATUS (CURVE) Data from Fig. 1. M094300400011 ENDBIB 9 0 M094300400012 NOCOMMON 0 0 M094300400013 DATA 3 30 M094300400014 EN DATA DATA-ERR M094300400015 MEV MICRO-B MICRO-B M094300400016 218. 194.24 15.11 M094300400017 245. 246.04 17.27 M094300400018 270. 330.22 6.47 M094300400019 300.0 360.43 7.15 M094300400020 330.5 376.54 11.65 M094300400021 368. 353.81 10.79 M094300400022 387. 330.95 12.95 M094300400023 428. 304.32 6.39 M094300400024 460. 254.68 9.60 M094300400025 486. 224.55 8.63 M094300400026 521. 209.14 6.48 M094300400027 540. 222.35 6.46 M094300400028 568.3 198.92 6.43 M094300400029 595.4 191.83 6.52 M094300400030 628. 181.29 6.69 M094300400031 660. 187.77 6.56 M094300400032 695.6 172.66 7.15 M094300400033 733.4 172.36 6.86 M094300400034 753.3 159.71 8.23 M094300400035 780. 181.29 7.98 M094300400036 810. 164.37 5.83 M094300400037 830.2 174.99 6.07 M094300400038 860.2 172.66 6.38 M094300400039 898.7 158.12 6.47 M094300400040 938. 166.19 5.83 M094300400041 975.6 144.74 6.96 M094300400042 1036.1 155.40 6.47 M094300400043 1082.5 139.12 6.36 M094300400044 1120. 143.87 6.80 M094300400045 1163. 140.29 8.63 M094300400046 ENDDATA 32 0 M094300400047 ENDSUBENT 46 0 M094300499999 ENDENTRY 4 0 M094399999999