ENTRY O1357 20160206 O056O1357 0 1 SUBENT O1357001 20160206 O056O1357 1 1 BIB 16 66 O1357 1 2 TITLE Alpha-induced reaction on natural erbium. O1357 1 3 REFERENCE (J,JRN/L,165,295,1992) O1357 1 4 AUTHOR (A.A.Sonzogni, A.S.M.A.Romo, M.J.Ozafran, S.J.Nassiff) O1357 1 5 INSTITUTE (3ARGCNE) O1357 1 6 REL-REF (R,O1249001,A.Archenti+,J,JRN,132,139,1989) More O1357 1 7 details of experiment. O1357 1 8 (R,O1250001,M.J.Ozafran+,J,JRN,131,467,1989) Needeed O1357 1 9 information to find the connection between the authors'O1357 1 10 understanding of "cumulative cross section" and O1357 1 11 generaly accepted one. O1357 1 12 (R,,G.C.Martin+,J,NP,89,481,1966) O1357 1 13 (R,A0329001,A.Archenti+,J,RCA,38,65,1985) The two O1357 1 14 publications contain data from early work on helium ionO1357 1 15 induced reacions on erbium. O1357 1 16 MONITOR (13-AL-27(A,X)11-NA-22,CUM,SIG) The ion current was O1357 1 17 monitored by the reaction. O1357 1 18 (29-CU-65(A,2N)31-GA-67,,SIG) O1357 1 19 (29-CU-63(A,X)30-ZN-65,CUM,SIG) The reactions were O1357 1 20 used to determine the beam energy and to calculate the O1357 1 21 alpha-particles flux. O1357 1 22 MONIT-REF (C0984002,N.T.Porile,J,PR,127,224,1962) O1357 1 23 (A0447004,A.Karpeles,J,RCA,12,115,1969) O1357 1 24 (B0174003,H.J.Probst+,J,ARI,27,431,1976) O1357 1 25 (B0142006,U.Martens+,J,ZP,233,170,1970) O1357 1 26 (B0009010,W.W.Bowman+,J,NP/A,131,513,1969) The data forO1357 1 27 reactions on aluminum. O1357 1 28 (B0156006,N.T.Porile+,J,PR,116,1193,1959) O1357 1 29 (P0058002,F.S.Houck+,J,PR,123,231,1961) O1357 1 30 (B0154004,E.Lebowitz+,J,ARI,21,625,1970) O1357 1 31 (B0079006,E.Bryant+,J,PR,130,1512,1963) O1357 1 32 (D0092001,O.Bonesso+,J,JRN,152,189,1991).The data for O1357 1 33 reactions on copper. O1357 1 34 DETECTOR (GE-IN) O1357 1 35 FACILITY (ISOCY,2GERKFK) O1357 1 36 SAMPLE The target was composed of several foils of natural O1357 1 37 erbium, thickness 11.28-mg/cm**2, purity 99.9%. O1357 1 38 Aluminium and copper foils were interleaved in erbium O1357 1 39 stack to degrade the beam energy and to monitor the ionO1357 1 40 current and maximum incident energy. O1357 1 41 METHOD (STTA) The target stack was thick enough to stop the O1357 1 42 85-MeV internal alpha beam. O1357 1 43 (INTB) No absolute beam energy determination was O1357 1 44 performed in this experiment. The authors observed O1357 1 45 excellent agreement incident beam energy with known O1357 1 46 excitation function of monitor reaction. O1357 1 47 (ACTIV) An information about irradiation and cooling O1357 1 48 times is not given. O1357 1 49 (GSPEC) O1357 1 50 ANALYSIS (DECAY,AREA) O1357 1 51 ERR-ANALYS (ERR-T) The main sources of error in the cross sectionsO1357 1 52 are the uncertainties in the photopeak areas and in theO1357 1 53 efficiency calibration. O1357 1 54 (ERR-1,,5.) High limit of uncertainty of first factor. O1357 1 55 The importance of the factor depends on the area value O1357 1 56 and its contribution to the total error is always lowerO1357 1 57 than 5%. O1357 1 58 (ERR-2) The uncertainty of efficiency calibration. O1357 1 59 ADD-RES (COMP).Equilibrium and pre-equilibrium reaction models.O1357 1 60 STATUS (TABLE) Tbl.2 of JRN/L,165,295,1992 O1357 1 61 HISTORY (20060301C) O1357 1 62 (20060529U) Last checking has been done. O1357 1 63 (20160205A) SD: Small corrections in all Subents (zerosO1357 1 64 were added to 'right side' of data values according to O1357 1 65 Tbl.2). Compiler's derived data: DATA deleted; author'sO1357 1 66 data: MISC -> DATA, COMMENT added in Subents 002-004. O1357 1 67 Journal code: ZP/A -> ZP in MONIT-REF. O1357 1 68 ENDBIB 66 0 O1357 1 69 COMMON 2 3 O1357 1 70 ERR-2 ERR-T O1357 1 71 PER-CENT PER-CENT O1357 1 72 5. 15. O1357 1 73 ENDCOMMON 3 0 O1357 1 74 ENDSUBENT 73 0 O1357 199999 SUBENT O1357002 20160206 O056O1357 2 1 BIB 5 11 O1357 2 2 REACTION (68-ER-0(A,X)70-YB-169,,SIG,,DAM) see COMMENT O1357 2 3 DECAY-DATA (70-YB-169-G,32.02D,DG,177.2,0.22, O1357 2 4 DG,307.7,0.111) O1357 2 5 REL-REF (D,A0329002,A.Archenti+,J,RCA,38,65,1985) O1357 2 6 COMMENT /by Compiler/ To get presentation of cr.section in O1357 2 7 usual form, someone should multiplying values on the O1357 2 8 average atomic mass of target (in this case: ~167.26) O1357 2 9 HISTORY (20160206A) SD: SF4=Yb-169g -> Yb-169; SF5=M+ deleted O1357 2 10 and SF8=DAM added to REACTION code. Compiler's derived O1357 2 11 data: DATA deleted; author's data: MISC -> DATA. O1357 2 12 COMMENT added. O1357 2 13 ENDBIB 11 0 O1357 2 14 NOCOMMON 0 0 O1357 2 15 DATA 2 24 O1357 2 16 EN DATA O1357 2 17 MEV MICRO-B O1357 2 18 84.46 360.69 O1357 2 19 82.72 432.97 O1357 2 20 80.95 389.68 O1357 2 21 79.16 278.96 O1357 2 22 77.33 348.67 O1357 2 23 76.17 289.37 O1357 2 24 74.29 332.56 O1357 2 25 73.10 331.58 O1357 2 26 71.16 361.77 O1357 2 27 68.02 501.39 O1357 2 28 64.77 606.99 O1357 2 29 61.39 865.13 O1357 2 30 57.87 1001.72 O1357 2 31 56.43 1135.56 O1357 2 32 52.67 985.89 O1357 2 33 51.13 930.97 O1357 2 34 47.06 892.29 O1357 2 35 42.72 1116.01 O1357 2 36 38.03 1850.47 O1357 2 37 32.88 1775.87 O1357 2 38 29.29 659.55 O1357 2 39 26.90 610.00 O1357 2 40 22.68 413.62 O1357 2 41 19.77 90.00 O1357 2 42 ENDDATA 26 0 O1357 2 43 ENDSUBENT 42 0 O1357 299999 SUBENT O1357003 20160206 O056O1357 3 1 BIB 5 9 O1357 3 2 REACTION (68-ER-0(A,X)70-YB-166,,SIG,,DAM) see COMMENT O1357 3 3 DECAY-DATA (70-YB-166,2.36D,DG,778.9,0.249,DG,785.9,0.13) O1357 3 4 REL-REF (D,A0329004,A.Archenti+,J,RCA,38,65,1985) O1357 3 5 COMMENT /by Compiler/ To get presentation of cr.section in O1357 3 6 usual form, someone should multiplying values on the O1357 3 7 average atomic mass of target (in this case: ~167.26) O1357 3 8 HISTORY (20160206A) SD: SF8=DAM added to REACTION code. O1357 3 9 Compiler's derived data: DATA deleted; author's data: O1357 3 10 MISC -> DATA. COMMENT added. O1357 3 11 ENDBIB 9 0 O1357 3 12 NOCOMMON 0 0 O1357 3 13 DATA 2 21 O1357 3 14 EN DATA O1357 3 15 MEV MICRO-B O1357 3 16 84.46 1352.83 O1357 3 17 82.72 1136.19 O1357 3 18 80.95 1136.20 O1357 3 19 79.16 1379.90 O1357 3 20 77.33 1650.27 O1357 3 21 76.17 1885.29 O1357 3 22 74.29 1861.08 O1357 3 23 73.10 1894.52 O1357 3 24 71.16 2129.06 O1357 3 25 68.02 2136.02 O1357 3 26 64.77 2039.94 O1357 3 27 61.39 2184.47 O1357 3 28 57.87 2026.97 O1357 3 29 56.43 2195.91 O1357 3 30 52.67 1913.17 O1357 3 31 51.13 2014.09 O1357 3 32 47.06 1555.14 O1357 3 33 42.72 660.90 O1357 3 34 38.03 124.14 O1357 3 35 32.88 103.97 O1357 3 36 29.29 40.41 O1357 3 37 ENDDATA 23 0 O1357 3 38 ENDSUBENT 37 0 O1357 399999 SUBENT O1357004 20160206 O056O1357 4 1 BIB 4 9 O1357 4 2 REACTION (68-ER-0(A,X)69-TM-168,,SIG,,DAM) see COMMENT O1357 4 3 DECAY-DATA (69-TM-168,93.1D,DG,447.5,0.219, O1357 4 4 DG,631.7,0.078) O1357 4 5 COMMENT /by Compiler/ To get presentation of cr.section in O1357 4 6 usual form, someone should multiplying values on the O1357 4 7 average atomic mass of target (in this case: ~167.26) O1357 4 8 HISTORY (20160206A) SD: SF8=DAM added to REACTION code. O1357 4 9 Compiler's derived data: DATA deleted; author's data: O1357 4 10 MISC -> DATA. COMMENT added. O1357 4 11 ENDBIB 9 0 O1357 4 12 NOCOMMON 0 0 O1357 4 13 DATA 2 21 O1357 4 14 EN DATA O1357 4 15 MEV MICRO-B O1357 4 16 84.46 279.41 O1357 4 17 82.72 288.69 O1357 4 18 80.95 307.79 O1357 4 19 79.16 275.61 O1357 4 20 77.33 326.45 O1357 4 21 76.17 291.38 O1357 4 22 74.29 313.83 O1357 4 23 73.10 292.35 O1357 4 24 71.16 271.09 O1357 4 25 68.02 294.54 O1357 4 26 64.77 256.17 O1357 4 27 61.39 260.03 O1357 4 28 57.87 234.87 O1357 4 29 56.43 253.45 O1357 4 30 52.67 199.84 O1357 4 31 51.13 188.22 O1357 4 32 47.06 176.21 O1357 4 33 42.72 115.12 O1357 4 34 38.03 89.49 O1357 4 35 32.88 43.67 O1357 4 36 29.29 5.39 O1357 4 37 ENDDATA 23 0 O1357 4 38 ENDSUBENT 37 0 O1357 499999 ENDENTRY 4 0 O135799999999