ENTRY A0564 20240213 A109A0564 0 1 SUBENT A0564001 20240213 A109A0564 1 1 BIB 12 33 A0564 1 2 TITLE Fusion around the barrier in 11,9-Be + 209Bi A0564 1 3 AUTHOR (C.Signorini, Z.H.Liu, A.Yoshida, T.Fukuda, Z.C.Li, A0564 1 4 K.E.G.Loebner, L.Mueller, Y.H.Pu, K.Rudolph, F.Soramel,A0564 1 5 C.Zotti, J.L.Sida) A0564 1 6 REFERENCE (J,EPJ/A,2,227,1998) A0564 1 7 (J,CNPR,17,210,2000) in Chinese, same data A0564 1 8 INSTITUTE (2ITYPAD,2JPNIPC,2JPNTOK,2GERLMU,2ITYUDN,2FR SAC, A0564 1 9 3CPRAEP) A0564 1 10 FACILITY (VDGT,2GERLMU) A0564 1 11 METHOD (SITA) See SAMPLE A0564 1 12 (ACTIV) A0564 1 13 (EXTB) The Be-9 beam intensity was kept between 2 to 10A0564 1 14 electric nA, and the used charge state 4+. A0564 1 15 SAMPLE The target was natural bismuth 220 ug/cm2 thick A0564 1 16 evaporated onto a 150 ug/cm2 carbon foil; backing A0564 1 17 thickness was chosen to stop at the target site the A0564 1 18 recoiling evaporation residues. A0564 1 19 MONITOR (83-BI-209(4-BE-9,EL)83-BI-209,,DA,,RTH) A0564 1 20 DETECTOR (SIBAR) Two detectors, 100 um thick, with an effective A0564 1 21 surface of around 415 mm2 were used for the detection A0564 1 22 of the alpha particles emitted by the evaporation A0564 1 23 residues and two detectors, ~ 300 um thick, with an A0564 1 24 active surface of 12.6 mm2 used as monitor detectors. A0564 1 25 ANALYSIS (DECAY) A0564 1 26 ADD-RES (COMP) Code CASCADE A0564 1 27 HISTORY (20030803C) A0564 1 28 (20040324A) Some corrections for A0564005. A0564 1 29 A0564006 is deleted. A0564 1 30 (20040517U) Last checking has been done. A0564 1 31 (20210312A) SD: Corrections in all Subents. ERR-ANALYS A0564 1 32 deleted. A0564 1 33 (20240213U) SD: Small corrections in all Subents. A0564 1 34 Ref. CNPR,17,210,2000 added. A0564 1 35 ENDBIB 33 0 A0564 1 36 NOCOMMON 0 0 A0564 1 37 ENDSUBENT 36 0 A0564 199999 SUBENT A0564002 20240213 A109A0564 2 1 BIB 6 14 A0564 2 2 REACTION ((83-BI-209(4-BE-9,2N)87-FR-216,,SIG)+ A0564 2 3 (83-BI-209(4-BE-9,X)86-RN-214,,SIG)) A0564 2 4 DECAY-DATA (87-FR-216,7.E-7SEC,A,9005.) A0564 2 5 (86-RN-214,2.7E-7SEC,A,9037.) A0564 2 6 COMMENT - By authors. Two channels emit alpha-particles too A0564 2 7 close in energy to be resolved. A0564 2 8 STATUS (CURVE,,C.Signorini+,J,EPJ/A,2,227,1998) Fig.2 A0564 2 9 ERR-ANALYS (DATA-ERR) The overall accuracy of the measured cross A0564 2 10 section is better than 5% except for the two lowest A0564 2 11 energy points whose accuracy is anyhow better than 10%.A0564 2 12 (Symbol size on the fig. is ~7%). A0564 2 13 HISTORY (20210312A) SD: SF3=3N+P -> X in REACTION code. A0564 2 14 ERR-1 deleted; ERR-T -> DATA-ERR. A0564 2 15 (20240213U) SD: STATUS updated. A0564 2 16 ENDBIB 14 0 A0564 2 17 COMMON 2 3 A0564 2 18 EN-ERR-DIG ERR-DIG A0564 2 19 MEV PER-CENT A0564 2 20 3.E-02 2.6 A0564 2 21 ENDCOMMON 3 0 A0564 2 22 DATA 3 12 A0564 2 23 EN-CM DATA DATA-ERR A0564 2 24 MEV MB PER-CENT A0564 2 25 35.86 2.7 11. A0564 2 26 36.33 4.5 9. A0564 2 27 36.8 7.38 A0564 2 28 37.22 10.6 8. A0564 2 29 38.2 15.2 A0564 2 30 39.18 19.6 A0564 2 31 40.14 21.5 A0564 2 32 40.63 22.7 A0564 2 33 41.08 20.8 A0564 2 34 41.55 26.3 A0564 2 35 42.06 22.8 A0564 2 36 43.02 24.1 A0564 2 37 ENDDATA 14 0 A0564 2 38 ENDSUBENT 37 0 A0564 299999 SUBENT A0564003 20240213 A109A0564 3 1 BIB 6 11 A0564 3 2 REACTION (83-BI-209(4-BE-9,3N)87-FR-215,,SIG) A0564 3 3 RAD-DET (87-FR-215,A) A0564 3 4 DECAY-DATA (87-FR-215,9.E-8SEC,A,9360.) A0564 3 5 ERR-ANALYS (DATA-ERR) The overall accuracy of the measured cross A0564 3 6 section is better than 5% except for the two lowest A0564 3 7 energy points whose accuracy is anyhow better than 10%.A0564 3 8 (Symbol size on the fig. is ~7%). A0564 3 9 STATUS (CURVE,,C.Signorini+,J,EPJ/A,2,227,1998) Fig.2 A0564 3 10 HISTORY (20210312A) SD: SF3=3N+P -> X in REACTION code. A0564 3 11 ERR-1 deleted; ERR-T -> DATA-ERR. A0564 3 12 (20240213U) SD: STATUS updated. A0564 3 13 ENDBIB 11 0 A0564 3 14 COMMON 2 3 A0564 3 15 EN-ERR-DIG ERR-DIG A0564 3 16 MEV PER-CENT A0564 3 17 3.E-02 2.6 A0564 3 18 ENDCOMMON 3 0 A0564 3 19 DATA 3 12 A0564 3 20 EN-CM DATA DATA-ERR A0564 3 21 MEV MB PER-CENT A0564 3 22 35.86 1.72 13. A0564 3 23 36.33 5.1 8. A0564 3 24 36.82 10.57 A0564 3 25 37.28 16.9 A0564 3 26 38.22 43.9 A0564 3 27 39.22 82.5 A0564 3 28 40.15 139. A0564 3 29 40.6 167. A0564 3 30 41.09 183. A0564 3 31 41.58 183. A0564 3 32 42.07 200. A0564 3 33 43.01 201. A0564 3 34 ENDDATA 14 0 A0564 3 35 ENDSUBENT 34 0 A0564 399999 SUBENT A0564004 20240213 A109A0564 4 1 BIB 6 11 A0564 4 2 REACTION (83-BI-209(4-BE-9,4N)87-FR-214,,SIG) A0564 4 3 DECAY-DATA (87-FR-214-G,5.E-3SEC,A,8477.,,A,8547.) A0564 4 4 (87-FR-214-L,3.35E-3SEC,A,8426.) A0564 4 5 COMMENT - By authors. Two channels emit alpha-particles too A0564 4 6 close in energy to be resolved. A0564 4 7 ERR-ANALYS The overall accuracy of the measured cross section A0564 4 8 is better than 5% (Symbol size on the fig. is ~7%). A0564 4 9 STATUS (CURVE,,C.Signorini+,J,EPJ/A,2,227,1998) Fig.2 A0564 4 10 HISTORY (20210312A) SD: ERR-1 deleted (moved to free text). A0564 4 11 BIB updated. A0564 4 12 (20240213U) SD: STATUS updated. A0564 4 13 ENDBIB 11 0 A0564 4 14 COMMON 2 3 A0564 4 15 EN-ERR-DIG ERR-DIG A0564 4 16 MEV PER-CENT A0564 4 17 3.E-02 2.6 A0564 4 18 ENDCOMMON 3 0 A0564 4 19 DATA 2 5 A0564 4 20 EN-CM DATA A0564 4 21 MEV MB A0564 4 22 40.62 11.47 A0564 4 23 41.08 17. A0564 4 24 41.58 29.1 A0564 4 25 42.09 47.1 A0564 4 26 43.02 103.3 A0564 4 27 ENDDATA 7 0 A0564 4 28 ENDSUBENT 27 0 A0564 499999 SUBENT A0564005 20240213 A109A0564 5 1 BIB 7 26 A0564 5 2 REACTION (83-BI-209(4-BE-9,FUS),,SIG,,,DERIV) A0564 5 3 ANALYSIS Total fusion cross sections were calculated adding A0564 5 4 all the observed channels and the fission one extractedA0564 5 5 from Subent E1658.010. A0564 5 6 REL-REF (A,E1658001,A.Yoshida+,J,PL/B,389,457,1996) Fusion A0564 5 7 cross sections used for comparison were derived from A0564 5 8 the E1658 Entry. (The contribution from the mixed 2n A0564 5 9 and p3n channels, not reported there, was taken from A0564 5 10 the interpolation of present data.) A0564 5 11 ERR-ANALYS The overall accuracy of the cross section is less than A0564 5 12 size of the points on fig. (Symbol size on the fig. A0564 5 13 is ~4.5%). A0564 5 14 COMMENT From authors: We believe that discrepancies between A0564 5 15 the two sets of data might be attributed to A0564 5 16 normalization errors in data of A.Yoshida+ (see A0564 5 17 REL-REF) where only one monitor detector was used. A0564 5 18 Anyhow, for the present work the weighted average of A0564 5 19 the two data sets was adopted. A0564 5 20 STATUS (CURVE,,C.Signorini+,J,EPJ/A,2,227,1998) Fig.3 A0564 5 21 (DEP,A0564002) (2n + p3n) cr.sect. A0564 5 22 (DEP,A0564003) (3n) cr.sect. A0564 5 23 (DEP,A0564004) (4n) cr.sect. A0564 5 24 (DEP,E1658010) fission cr.sect. A0564 5 25 HISTORY (20210312A) SD: ERR-1 deleted (moved to free text). BIBA0564 5 26 updated. FLAG and data (marked by flag) were deleted. A0564 5 27 (20240213U) SD: STATUS updated. A0564 5 28 ENDBIB 26 0 A0564 5 29 COMMON 2 3 A0564 5 30 EN-ERR-DIG ERR-DIG A0564 5 31 MEV PER-CENT A0564 5 32 5.E-02 2.6 A0564 5 33 ENDCOMMON 3 0 A0564 5 34 DATA 2 12 A0564 5 35 EN-CM DATA A0564 5 36 MEV MB A0564 5 37 35.86 4.48 A0564 5 38 36.38 9.65 A0564 5 39 36.82 16.9 A0564 5 40 37.31 27.5 A0564 5 41 38.24 60.4 A0564 5 42 39.21 102.1 A0564 5 43 40.18 160. A0564 5 44 40.62 204. A0564 5 45 41.11 224. A0564 5 46 41.6 251. A0564 5 47 42.04 281. A0564 5 48 43.05 339. A0564 5 49 ENDDATA 14 0 A0564 5 50 ENDSUBENT 49 0 A0564 599999 NOSUBENT A0564006 20040517 0000A056400600001 ENDENTRY 6 0 A056499999999