ENTRY A0628 20240910 A117A0628 0 1 SUBENT A0628001 20240910 A117A0628 1 1 BIB 14 40 A0628 1 2 TITLE Excitation function for alpha-particle-induced A0628 1 3 reactions in light-mass nuclei A0628 1 4 AUTHOR (N.L.Singh, S.Agarwal, J.Rama Rao) A0628 1 5 REFERENCE (J,CJP,71,115,1993) A0628 1 6 INSTITUTE (3INDBDA,3INDBHU) A0628 1 7 FACILITY (ISOCY,3INDVEC) A0628 1 8 METHOD (STTA) Stacks of self-supporting metallic foils A0628 1 9 (GSPEC) A0628 1 10 (ACTIV) Beam currents of the order of 250 nano-Amperes A0628 1 11 for vanadium stacks and 450 nano-Amperes for cobalt A0628 1 12 stacks were maintained for 3 and 2 hours, respectively.A0628 1 13 (EXTB) 60-MeV diffused beam. A0628 1 14 MONITOR (29-CU-65(A,2N)31-GA-67,,SIG) - flux monitor A0628 1 15 MONIT-REF (B0040018,H.P.Graf+,J,JIN,36,3647,1974) A0628 1 16 Compiler believes that ref. given in the article is A0628 1 17 wrong (JIN,42,937,1980 - reaction (He3,2n) is given). A0628 1 18 DECAY-MON (31-GA-67,78.26HR,DG,300.,0.19) A0628 1 19 DETECTOR (GELI,HPGE) 95 cm3 Ge(Li) and 50 cm3 HPGe detectors A0628 1 20 having a resolution of 2 keV for 1332 keV photons. A0628 1 21 The energy and efficiency calibration of the detectors A0628 1 22 were performed by using a standard 152Eu source A0628 1 23 ERR-ANALYS (ERR-T) The overall error in the cross-section A0628 1 24 measurement is less than 15%, which composed of: A0628 1 25 (ERR-1,2.,5.) Uncertainty in the photopeak area. A0628 1 26 (ERR-2,3.,4.) Uncertainty in the detection efficiency. A0628 1 27 (ERR-3,1.,2.) Uncertainty in the foil thickness. A0628 1 28 (ERR-4,0.02,3.94) Uncertainty in the spectroscopic A0628 1 29 data. A0628 1 30 (ERR-5) Uncertainty in the flux monitor A0628 1 31 SAMPLE Natural vanadium and cobalt, purity better 99.99%) A0628 1 32 was used for making the targets. See Method also. A0628 1 33 ADD-RES (COMP) Preequilibrium Model. Code ALICE/85/300. A0628 1 34 HISTORY (19990606C) By F.C. A0628 1 35 (19990621A) DATE is corrected A0628 1 36 (20110825A) Correction in MONIT-REF was made, A0628 1 37 according M.Bossant comment -SB A0628 1 38 (20170207U) SD: Author's name and Institute code A0628 1 39 corrected. BIB updated. Small corrections in all A0628 1 40 Subents. MONIT-ERR -> ERR-5. MONIT-REF corrected. A0628 1 41 (20240910A) SD: Corrections in all Subents. A0628 1 42 ENDBIB 40 0 A0628 1 43 COMMON 1 3 A0628 1 44 ERR-5 A0628 1 45 PER-CENT A0628 1 46 10. A0628 1 47 ENDCOMMON 3 0 A0628 1 48 ENDSUBENT 47 0 A0628 199999 SUBENT A0628002 20240910 A117A0628 2 1 BIB 6 10 A0628 2 2 REACTION (23-V-51(A,N)25-MN-54,,SIG) A0628 2 3 SAMPLE Metallic foils of vanadium of purity greater than A0628 2 4 99.99% and thickness 8 mg/cm2 were interspersed with A0628 2 5 aluminium foils of suitable thickness acting as A0628 2 6 energy degrader. A0628 2 7 DECAY-DATA (25-MN-54,312.2D,DG,835.,1.) A0628 2 8 REL-REF (A,D4079003,A.Iguchi+,J,AEJ,2,682,1960) A0628 2 9 (A,B0009002,W.W.Bowman+,J,NP/A,131,513,1969) A0628 2 10 STATUS (CURVE,,N.L.Singh+,J,CJP,71,115,1993) Fig.1 A0628 2 11 HISTORY (20240910A) SD: STATUS updated. A0628 2 12 ENDBIB 10 0 A0628 2 13 COMMON 1 3 A0628 2 14 EN-ERR-DIG A0628 2 15 MEV A0628 2 16 0.2 A0628 2 17 ENDCOMMON 3 0 A0628 2 18 DATA 3 13 A0628 2 19 EN DATA ERR-T A0628 2 20 MEV MB PER-CENT A0628 2 21 12.8 3.70E+02 8. A0628 2 22 16.5 5.60E+02 7. A0628 2 23 20.6 2.11E+02 9. A0628 2 24 23.4 1.05E+02 10. A0628 2 25 26.8 5.10E+01 10. A0628 2 26 30.2 2.77E+01 9. A0628 2 27 33.0 1.98E+01 10. A0628 2 28 35.4 1.49E+01 10. A0628 2 29 38.5 1.21E+01 8. A0628 2 30 41.0 1.03E+01 9. A0628 2 31 43.2 9.30E+00 8. A0628 2 32 45.2 7.50E+00 9. A0628 2 33 47.8 6.20E+00 8. A0628 2 34 ENDDATA 15 0 A0628 2 35 ENDSUBENT 34 0 A0628 299999 SUBENT A0628003 20240910 A117A0628 3 1 BIB 6 12 A0628 3 2 REACTION (23-V-51(A,3N)25-MN-52-G,M+,SIG) A0628 3 3 SAMPLE Metallic foils of vanadium of purity greater than A0628 3 4 99.99% and thickness 8 mg/cm2 were interspersed with A0628 3 5 aluminium foils of suitable thickness acting as A0628 3 6 energy degrader. A0628 3 7 DECAY-DATA (25-MN-52-G,5.591D,DG,744.2,0.90, A0628 3 8 DG,935.5,0.945, A0628 3 9 DG,1434.,1.) A0628 3 10 REL-REF (A,,P.P.Dmitriev+,J,SJA,26,539,1969) A0628 3 11 (D,B0009003,W.W.Bowman+,J,NP/A,131,513,1969) A0628 3 12 STATUS (CURVE,,N.L.Singh+,J,CJP,71,115,1993) Fig.2 A0628 3 13 HISTORY (20240910A) SD: STATUS updated. A0628 3 14 ENDBIB 12 0 A0628 3 15 COMMON 1 3 A0628 3 16 EN-ERR-DIG A0628 3 17 MEV A0628 3 18 0.1 A0628 3 19 ENDCOMMON 3 0 A0628 3 20 DATA 3 8 A0628 3 21 EN DATA ERR-T A0628 3 22 MEV MB PER-CENT A0628 3 23 30.1 1.71E+01 11. A0628 3 24 33.0 6.30E+01 8. A0628 3 25 35.3 1.28E+02 7. A0628 3 26 38.4 1.69E+02 8. A0628 3 27 40.8 1.87E+02 8. A0628 3 28 43.1 1.77E+02 8. A0628 3 29 45.2 1.53E+02 8. A0628 3 30 47.6 1.18E+02 8. A0628 3 31 ENDDATA 10 0 A0628 3 32 ENDSUBENT 31 0 A0628 399999 SUBENT A0628004 20240910 A117A0628 4 1 BIB 7 12 A0628 4 2 REACTION (23-V-51(A,X)24-CR-51,(CUM),SIG) A0628 4 3 SAMPLE Metallic foils of vanadium of purity greater than A0628 4 4 99.99% and thickness 8 mg/cm2 were interspersed with A0628 4 5 aluminium foils of suitable thickness acting as A0628 4 6 energy degrader. A0628 4 7 DECAY-DATA (24-CR-51,27.70D,DG,320.,0.102) A0628 4 8 REL-REF (A,B0009004,W.W.Bowman+,J,NP/A,131,513,1969) A0628 4 9 COMMENT - By Compiler - Cr-51 production due to radioactive A0628 4 10 decay of Mn-51 (T1/2=46 min) could not be excluded. A0628 4 11 STATUS (CURVE,,N.L.Singh+,J,CJP,71,115,1993) Fig.3 A0628 4 12 HISTORY (20170207A) SD: SF3=3N+P -> X in REACTION code. A0628 4 13 (20240910U) SD: STATUS updated. A0628 4 14 ENDBIB 12 0 A0628 4 15 COMMON 1 3 A0628 4 16 EN-ERR-DIG A0628 4 17 MEV A0628 4 18 0.2 A0628 4 19 ENDCOMMON 3 0 A0628 4 20 DATA 3 6 A0628 4 21 EN DATA ERR-T A0628 4 22 MEV MB PER-CENT A0628 4 23 35.5 2.20E+00 23. A0628 4 24 39.0 9.90E+00 15. A0628 4 25 41.3 2.09E+01 12. A0628 4 26 43.8 6.10E+01 13. A0628 4 27 45.8 1.22E+02 16. A0628 4 28 48.0 2.30E+02 13. A0628 4 29 ENDDATA 8 0 A0628 4 30 ENDSUBENT 29 0 A0628 499999 SUBENT A0628005 20240910 A117A0628 5 1 BIB 7 13 A0628 5 2 REACTION (23-V-51(A,X)23-V-48,,SIG) A0628 5 3 DECAY-DATA (23-V-48,15.976D,DG,984.,1.) A0628 5 4 SAMPLE Metallic foils of vanadium of purity greater than A0628 5 5 99.99% and thickness 8 mg/cm2 were interspersed with A0628 5 6 aluminium foils of suitable thickness acting as A0628 5 7 energy degrader. A0628 5 8 REL-REF (A,B0009005,W.W.Bowman+,J,NP/A,131,513,1969) A0628 5 9 COMMENT -By Compiler - Cr-48 Production by V-52(A,6N+P) is A0628 5 10 forbidden. Therefore V-48 cross section is A0628 5 11 independent. A0628 5 12 STATUS (CURVE,,N.L.Singh+,J,CJP,71,115,1993) Fig.4 A0628 5 13 HISTORY (20170207A) SD: SF3=3N+A -> X in REACTION code. A0628 5 14 (20240910U) SD: STATUS updated. A0628 5 15 ENDBIB 13 0 A0628 5 16 COMMON 1 3 A0628 5 17 EN-ERR-DIG A0628 5 18 MEV A0628 5 19 0.1 A0628 5 20 ENDCOMMON 3 0 A0628 5 21 DATA 3 4 A0628 5 22 EN DATA ERR-T A0628 5 23 MEV MB PER-CENT A0628 5 24 40.9 1.41E-01 13. A0628 5 25 43.3 6.20E-01 13. A0628 5 26 44.7 1.23E+00 14. A0628 5 27 47.7 4.30E+00 14. A0628 5 28 ENDDATA 6 0 A0628 5 29 ENDSUBENT 28 0 A0628 599999 SUBENT A0628006 20240910 A117A0628 6 1 BIB 7 12 A0628 6 2 REACTION (23-V-51(A,2A)21-SC-47,,SIG) A0628 6 3 SAMPLE Metallic foils of vanadium of purity greater than A0628 6 4 99.99% and thickness 8 mg/cm2 were interspersed with A0628 6 5 aluminium foils of suitable thickness acting as A0628 6 6 energy degrader. A0628 6 7 DECAY-DATA (21-SC-47,3.422D,DG,159.,0.685) A0628 6 8 REL-REF (A,B0009007,W.W.Bowman+,J,NP/A,131,513,1969) A0628 6 9 (A,C0265007,E.F.Neuzil+,J,PR,131,1697,1963) A0628 6 10 COMMENT - By Compiler - Ca-47 Production in V-51(A,N+3P+A)Ca-47A0628 6 11 is negligible. A0628 6 12 STATUS (CURVE,,N.L.Singh+,J,CJP,71,115,1993) Fig.5 A0628 6 13 HISTORY (20240910U) SD: STATUS updated. A0628 6 14 ENDBIB 12 0 A0628 6 15 COMMON 1 3 A0628 6 16 EN-ERR-DIG A0628 6 17 MEV A0628 6 18 0.1 A0628 6 19 ENDCOMMON 3 0 A0628 6 20 DATA 3 7 A0628 6 21 EN DATA ERR-T A0628 6 22 MEV MB PER-CENT A0628 6 23 32.8 4.50E-01 9. A0628 6 24 35.4 9.30E-01 12. A0628 6 25 38.3 1.76E+00 10. A0628 6 26 40.8 2.41E+00 10. A0628 6 27 43.0 2.82E+00 10. A0628 6 28 45.3 2.90E+00 10. A0628 6 29 47.4 2.60E+00 8. A0628 6 30 ENDDATA 9 0 A0628 6 31 ENDSUBENT 30 0 A0628 699999 SUBENT A0628007 20240910 A117A0628 7 1 BIB 6 11 A0628 7 2 REACTION (27-CO-59(A,2N)29-CU-61,,SIG) A0628 7 3 SAMPLE Metallic foils of cobalt of purity greater than 99.99% A0628 7 4 and thickness 12 mg/cm2 were interspersed with A0628 7 5 aluminium foils of suitable thickness acting as A0628 7 6 energy degrader. A0628 7 7 REL-REF (A,,C.M.Stearn,R,NYO-10387,1962) A0628 7 8 (D,A0644003,O.A.Zhukova+,J,YF,16,242,1972) A0628 7 9 (D,A0147002,R.Michel+,J,NP/A,338,167,1980) A0628 7 10 DECAY-DATA (29-CU-61,3.40HR,DG,283.,0.132) A0628 7 11 STATUS (CURVE,,N.L.Singh+,J,CJP,71,115,1993) Fig.6 A0628 7 12 HISTORY (20240910U) SD: STATUS updated. A0628 7 13 ENDBIB 11 0 A0628 7 14 COMMON 1 3 A0628 7 15 EN-ERR-DIG A0628 7 16 MEV A0628 7 17 0.1 A0628 7 18 ENDCOMMON 3 0 A0628 7 19 DATA 3 9 A0628 7 20 EN DATA ERR-T A0628 7 21 MEV MB PER-CENT A0628 7 22 18.7 9.10E+01 14. A0628 7 23 20.0 1.71E+02 13. A0628 7 24 22.7 3.30E+02 15. A0628 7 25 24.9 4.20E+02 14. A0628 7 26 30.1 4.10E+02 15. A0628 7 27 34.7 2.50E+02 16. A0628 7 28 38.7 1.51E+02 15. A0628 7 29 43.5 8.50E+01 14. A0628 7 30 47.5 5.40E+01 15. A0628 7 31 ENDDATA 11 0 A0628 7 32 ENDSUBENT 31 0 A0628 799999 SUBENT A0628008 20240910 A117A0628 8 1 BIB 6 13 A0628 8 2 REACTION (27-CO-59(A,X)27-CO-58,,SIG) A0628 8 3 SAMPLE Metallic foils of cobalt of purity greater than 99.99% A0628 8 4 and thickness 12 mg/cm2 were interspersed with A0628 8 5 aluminium foils of suitable thickness acting as A0628 8 6 energy degrader. A0628 8 7 REL-REF (A,,C.M.Stearn,R,NYO-10387,1962) A0628 8 8 (D,A0644006,O.A.Zhukova+,J,YF,16,242,1972) A0628 8 9 (A,B0147005,R.Michel+,J,NP/A,338,167,1980) A0628 8 10 DECAY-DATA (27-CO-58-G,70.78D,DG,810.75,0.9944) A0628 8 11 STATUS (CURVE,,N.L.Singh+,J,CJP,71,115,1993) Fig.7 A0628 8 12 HISTORY (20170207A) SD: SF3=N+A -> X in REACTION code. A0628 8 13 (20240910A) SD: SF4=Co-58g -> Co-58; SF5=M+ deleted A0628 8 14 from REACTION code. STATUS updated. A0628 8 15 ENDBIB 13 0 A0628 8 16 COMMON 1 3 A0628 8 17 EN-ERR-DIG A0628 8 18 MEV A0628 8 19 0.2 A0628 8 20 ENDCOMMON 3 0 A0628 8 21 DATA 3 7 A0628 8 22 EN DATA ERR-T A0628 8 23 MEV MB PER-CENT A0628 8 24 19.9 8.50E+00 9. A0628 8 25 22.8 7.20E+01 10. A0628 8 26 29.9 2.63E+02 11. A0628 8 27 34.5 2.70E+02 11. A0628 8 28 38.9 2.34E+02 11. A0628 8 29 43.3 1.82E+02 11. A0628 8 30 47.4 1.34E+02 10. A0628 8 31 ENDDATA 9 0 A0628 8 32 ENDSUBENT 31 0 A0628 899999 SUBENT A0628009 20240910 A117A0628 9 1 BIB 6 12 A0628 9 2 REACTION (27-CO-59(A,X)27-CO-57,,SIG) A0628 9 3 SAMPLE Metallic foils of cobalt of purity greater than 99.99% A0628 9 4 and thickness 12 mg/cm2 were interspersed with A0628 9 5 aluminium foils of suitable thickness acting as A0628 9 6 energy degrader. A0628 9 7 REL-REF (D,,C.M.Stearn,R,NYO-10387,1962) A0628 9 8 (D,A0644007,O.A.Zhukova+,J,YF,16,242,1972) A0628 9 9 (D,B0147006,R.Michel+,J,NP/A,338,167,1980) A0628 9 10 DECAY-DATA (27-CO-57,271.65D,DG,122.,0.856) A0628 9 11 STATUS (CURVE,,N.L.Singh+,J,CJP,71,115,1993) Fig.8 A0628 9 12 HISTORY (20170207A) SD: SF3=2N+A -> X in REACTION code. A0628 9 13 (20240910U) SD: STATUS updated. A0628 9 14 ENDBIB 12 0 A0628 9 15 COMMON 1 3 A0628 9 16 EN-ERR-DIG A0628 9 17 MEV A0628 9 18 0.1 A0628 9 19 ENDCOMMON 3 0 A0628 9 20 DATA 3 5 A0628 9 21 EN DATA ERR-T A0628 9 22 MEV MB PER-CENT A0628 9 23 29.7 1.06E+01 11. A0628 9 24 34.7 7.40E+01 11. A0628 9 25 38.8 1.72E+02 11. A0628 9 26 43.3 2.08E+02 10. A0628 9 27 47.4 1.89E+02 11. A0628 9 28 ENDDATA 7 0 A0628 9 29 ENDSUBENT 28 0 A0628 999999 ENDENTRY 9 0 A062899999999