ENTRY D0576 20151007 D101D057600000001 SUBENT D0576001 20151007 D101D057600100001 BIB 12 44 D057600100002 TITLE Elastic scattering and total reaction cross-sections D057600100003 for the interaction of 12.8 MeV deuterons with 12C, D057600100004 58Ni, 60 Ni and 209Bi nuclei D057600100005 AUTHOR (A.Budzanowski,L.Freindl,K.Grotowski,Mrs.M.Rzeszutko, D057600100006 M.Slapa,J.Szmider,P.E.Hodgson) D057600100007 INSTITUTE (3POLIFJ,2UK OXF) D057600100008 REFERENCE (J,NP,49,144,1963) D057600100009 (J,PL,2,280,1962) same 60Ni(d, 2n), 60Ni(d, n), D057600100010 58Ni(d, n) data tabulated D057600100011 FACILITY (CYCLO,3POLIFJ)The measurements were made using the D057600100012 12.8 MeV deuteron beam of 120 cm cyclotron of the D057600100013 Institute of Nuclear Physics in Cracow D057600100014 DETECTOR (CSICR)The counter, consisting of a thin CsI (Tl) D057600100015 crystal and EMI- 6097B photomultiplier, was fixed to D057600100016 the rotatable arm at the distance of 36 cm from the D057600100017 centre. D057600100018 (SCIN) The intensity of the deuteron beam was also D057600100019 monitored by a special scintillation counter viewing D057600100020 the target at an angle of about 30. degr. D057600100021 (SOLST) semiconductor detector for alpha-particle D057600100022 registration D057600100023 METHOD (BCINT)The total beam charge passed during each run wasD057600100024 collected and measured in a Faraday cup placed D057600100025 between the pole tips of a small permanent magnet. D057600100026 MONITOR (79-AU-197(T,EL)79-AU-197,,SIG)The Rutherford D057600100027 scattering on a gold target was used as a separate D057600100028 check of the absolute value of the elastic scattering D057600100029 cross-section. D057600100030 ANALYSIS The yield of neutrons was calculated from the D057600100031 measurements of the radioactivities induced in D057600100032 targets by the deuteron bombardment. Beta activities D057600100033 were measured for 12C, 58Ni and 60Ni targets. In the D057600100034 case of 209Bi alpha and beta activities were D057600100035 registered. A Standard Geiger-Mueller counter D057600100036 technique was used for the beta activity D057600100037 measurements. Alpha-particles were registered in a D057600100038 gridded chamber described elsewhere. D057600100039 The uniformity the targets was checked by means of an D057600100040 alpha-particle source and a semiconductor detector. D057600100041 ERR-ANALYS (DATA-ERR) The error of the absolute value of the D057600100042 scattering cross-section D057600100043 STATUS (TABLE) Tbl. from the ref. NP,49,144,1963 D057600100044 HISTORY (20090731C)SD, LV. D057600100045 (20151007U) VS. Ref. PL,2,280,1962 added. D057600100046 ENDBIB 44 0 D057600100047 COMMON 2 3 D057600100048 EN EN-RSL D057600100049 MEV MEV D057600100050 12.8 0.15 D057600100051 ENDCOMMON 3 0 D057600100052 ENDSUBENT 51 0 D057600199999 SUBENT D0576002 20090731 D071D057600200001 BIB 3 3 D057600200002 REACTION (28-NI-58(D,N)29-CU-59,,SIG) tbl.2 D057600200003 SAMPLE 5.95 mg/cm2 of 58Ni with isotopic purity about 98% D057600200004 DECAY-DATA (29-CU-59,82.SEC,B,3700.) D057600200005 ENDBIB 3 0 D057600200006 NOCOMMON 0 0 D057600200007 DATA 2 1 D057600200008 DATA DATA-ERR D057600200009 MB MB D057600200010 117. 18. D057600200011 ENDDATA 3 0 D057600200012 ENDSUBENT 11 0 D057600299999 SUBENT D0576003 20090731 D071D057600300001 BIB 6 12 D057600300002 REACTION (28-NI-58(D,NON),,SIG,,,DERIV) tbl.2 D057600300003 SAMPLE 5.95 mg/cm2 of 58Ni with isotopic purity about 98% D057600300004 ANALYSIS Because of the short half-life time of D057600300005 the 58Cu isotope it was difficult to measure the D057600300006 cross-section for the reaction 58Ni(d,2n)58Cu, D057600300007 therefore the same value of the cross-section as that D057600300008 of the 60Ni(d,2n)60Cu reaction was adopted. D057600300009 MISC-COL (MISC) Charged particle emission cross-section D057600300010 DECAY-DATA (29-CU-58,3.3SEC,B,8400.) D057600300011 STATUS (DEP,D0576002) D057600300012 (DEP,D0576004) D057600300013 (DEP,D0576006) cross-section of the 60Ni(d,2n)60Cu D057600300014 ENDBIB 12 0 D057600300015 NOCOMMON 0 0 D057600300016 DATA 4 1 D057600300017 DATA DATA-ERR MISC MISC-ERR D057600300018 MB MB MB MB D057600300019 1589. 125. 1352. 108. D057600300020 ENDDATA 3 0 D057600300021 ENDSUBENT 20 0 D057600399999 SUBENT D0576004 20090731 D071D057600400001 BIB 2 2 D057600400002 REACTION (28-NI-58(D,EL)28-NI-58,,DA) tbl.3 D057600400003 SAMPLE 5.95 mg/cm2 of 58Ni with isotopic purity about 98% D057600400004 ENDBIB 2 0 D057600400005 COMMON 1 3 D057600400006 ANG-ERR D057600400007 ADEG D057600400008 0.2 D057600400009 ENDCOMMON 3 0 D057600400010 DATA 3 28 D057600400011 ANG-CM DATA-CM DATA-ERR D057600400012 ADEG MB/SR MB/SR D057600400013 10.61 8.015E+04 6.9E+03 D057600400014 15.78 1.546E+04 970. D057600400015 20.95 5.13E+03 270. D057600400016 26.11 1.47E+03 70. D057600400017 31.26 549. 24. D057600400018 36.41 305. 12. D057600400019 41.55 172. 6. D057600400020 46.68 142. 5. D057600400021 51.79 78.7 3. D057600400022 56.89 35.6 1. D057600400023 61.99 18.5 0.6 D057600400024 67.07 17.8 0.6 D057600400025 72.13 16.5 0.5 D057600400026 77.19 13.4 0.4 D057600400027 82.23 9.71 0.3 D057600400028 87.25 6.82 0.22 D057600400029 92.26 4.03 0.13 D057600400030 97.25 3.23 0.1 D057600400031 102.23 2.73 9.E-02 D057600400032 106.19 2.25 7.E-02 D057600400033 112.13 2.44 0.11 D057600400034 117.07 2.14 0.1 D057600400035 121.99 1.82 9.E-02 D057600400036 126.89 1.69 8.E-02 D057600400037 131.79 1.38 7.E-02 D057600400038 136.66 1.05 5.E-02 D057600400039 141.53 0.836 3.9E-02 D057600400040 146.39 0.613 2.9E-02 D057600400041 ENDDATA 30 0 D057600400042 ENDSUBENT 41 0 D057600499999 SUBENT D0576005 20090731 D071D057600500001 BIB 2 2 D057600500002 REACTION (28-NI-58(D,EL)28-NI-58,,DA,,RTH) tbl.3 D057600500003 SAMPLE 5.95 mg/cm2 of 58Ni with isotopic purity about 98% D057600500004 ENDBIB 2 0 D057600500005 COMMON 1 3 D057600500006 ANG-ERR D057600500007 ADEG D057600500008 0.2 D057600500009 ENDCOMMON 3 0 D057600500010 DATA 3 28 D057600500011 ANG-CM DATA DATA-ERR D057600500012 ADEG NO-DIM PER-CENT D057600500013 10.61 0.876 8.6 D057600500014 15.78 0.821 6.3 D057600500015 20.95 0.842 5.3 D057600500016 26.11 0.573 4.8 D057600500017 31.26 0.434 4.4 D057600500018 36.41 0.39 4. D057600500019 41.55 0.407 3.8 D057600500020 46.68 0.525 3.7 D057600500021 51.79 0.428 3.4 D057600500022 56.89 0.274 3.3 D057600500023 61.99 0.195 3.3 D057600500024 67.07 0.251 3.2 D057600500025 72.13 0.292 3.2 D057600500026 77.19 0.305 3.2 D057600500027 82.23 0.272 3.2 D057600500028 87.25 0.232 3.2 D057600500029 92.26 0.163 3.2 D057600500030 97.25 0.154 3.2 D057600500031 102.23 0.15 3.2 D057600500032 106.19 0.138 3.2 D057600500033 112.13 0.173 4.7 D057600500034 117.07 0.17 4.7 D057600500035 121.99 0.16 4.7 D057600500036 126.89 0.163 4.7 D057600500037 131.79 0.144 4.7 D057600500038 136.66 0.177 4.7 D057600500039 141.53 9.97E-02 4.7 D057600500040 146.39 7.72E-02 4.7 D057600500041 ENDDATA 30 0 D057600500042 ENDSUBENT 41 0 D057600599999 SUBENT D0576006 20090731 D071D057600600001 BIB 3 3 D057600600002 REACTION (28-NI-60(D,2N)29-CU-60,,SIG) tbl.2 D057600600003 SAMPLE 5.09 mg/cm2 for 60Ni with isotopic purity about 98% D057600600004 DECAY-DATA (29-CU-60,24.MIN,B,3900.) D057600600005 ENDBIB 3 0 D057600600006 NOCOMMON 0 0 D057600600007 DATA 2 1 D057600600008 DATA DATA-ERR D057600600009 MB MB D057600600010 120. 18. D057600600011 ENDDATA 3 0 D057600600012 ENDSUBENT 11 0 D057600699999 SUBENT D0576007 20090731 D071D057600700001 BIB 3 3 D057600700002 REACTION (28-NI-60(D,N)29-CU-61,,SIG) tbl.2 D057600700003 SAMPLE 5.09 mg/cm2 for 60Ni with isotopic purity about 98% D057600700004 DECAY-DATA (29-CU-61,3.35HR,B,1200.) D057600700005 ENDBIB 3 0 D057600700006 NOCOMMON 0 0 D057600700007 DATA 2 1 D057600700008 DATA DATA-ERR D057600700009 MB MB D057600700010 147. 22. D057600700011 ENDDATA 3 0 D057600700012 ENDSUBENT 11 0 D057600799999 SUBENT D0576008 20090731 D071D057600800001 BIB 5 7 D057600800002 REACTION (28-NI-60(D,NON),,SIG,,,DERIV) tbl.2 D057600800003 SAMPLE 5.09 mg/cm2 for 60Ni with isotopic purity about 98% D057600800004 DECAY-DATA (29-CU-61,3.35HR,B,1200.) D057600800005 MISC-COL (MISC) Charged particle emission cross-section D057600800006 STATUS (DEP,D0576007) D057600800007 (DEP,D0576008) D057600800008 (DEP,D0576010) D057600800009 ENDBIB 7 0 D057600800010 NOCOMMON 0 0 D057600800011 DATA 4 1 D057600800012 DATA DATA-ERR MISC MISC-ERR D057600800013 MB MB MB MB D057600800014 1523. 120. 1256. 108. D057600800015 ENDDATA 3 0 D057600800016 ENDSUBENT 15 0 D057600899999 SUBENT D0576009 20090731 D071D057600900001 BIB 2 2 D057600900002 REACTION (28-NI-60(D,EL)28-NI-60,,DA) tbl.4 D057600900003 SAMPLE 5.09 mg/cm2 for 60Ni with isotopic purity about 98% D057600900004 ENDBIB 2 0 D057600900005 NOCOMMON 0 0 D057600900006 DATA 3 28 D057600900007 ANG-CM DATA-CM DATA-ERR D057600900008 ADEG MB/SR MB/SR D057600900009 10.61 7.23E+04 6.2E+03 D057600900010 15.78 1.57E+04 990. D057600900011 20.95 4.84E+03 260. D057600900012 26.11 1.61E+03 78. D057600900013 31.26 562. 25. D057600900014 36.41 315. 13. D057600900015 41.55 224. 8. D057600900016 46.68 137. 5. D057600900017 51.79 77.5 3. D057600900018 56.89 36.7 1. D057600900019 61.99 25.6 0.8 D057600900020 67.07 22.7 0.7 D057600900021 72.13 20.9 0.7 D057600900022 77.19 15. 0.5 D057600900023 82.23 9.92 0.32 D057600900024 87.25 5.59 0.18 D057600900025 92.26 4.12 0.13 D057600900026 97.25 3.17 0.1 D057600900027 102.23 2.68 9.E-02 D057600900028 106.19 2.35 7.E-02 D057600900029 112.13 2.07 0.1 D057600900030 117.07 2.27 0.11 D057600900031 121.99 1.63 8.E-02 D057600900032 126.89 0.983 4.6E-02 D057600900033 131.79 0.727 3.4E-02 D057600900034 136.66 0.591 2.8E-02 D057600900035 141.53 0.521 2.4E-02 D057600900036 146.39 0.546 2.6E-02 D057600900037 ENDDATA 30 0 D057600900038 ENDSUBENT 37 0 D057600999999 SUBENT D0576010 20090731 D071D057601000001 BIB 2 2 D057601000002 REACTION (28-NI-60(D,EL)28-NI-60,,DA,,RTH) tbl.4 D057601000003 SAMPLE 5.09 mg/cm2 for 60Ni with isotopic purity about 98% D057601000004 ENDBIB 2 0 D057601000005 NOCOMMON 0 0 D057601000006 DATA 3 28 D057601000007 ANG-CM DATA DATA-ERR D057601000008 ADEG NO-DIM PER-CENT D057601000009 10.61 0.79 8.6 D057601000010 15.78 0.836 6.3 D057601000011 20.95 0.795 5.3 D057601000012 26.11 0.626 4.8 D057601000013 31.26 0.444 4.4 D057601000014 36.41 0.404 4. D057601000015 41.55 0.531 3.8 D057601000016 46.68 0.506 3.7 D057601000017 51.79 0.421 3.4 D057601000018 56.89 0.282 3.3 D057601000019 61.99 0.269 3.3 D057601000020 67.07 0.317 3.2 D057601000021 72.13 0.37 3.2 D057601000022 77.19 0.342 3.2 D057601000023 82.23 0.278 3.2 D057601000024 87.25 0.19 3.2 D057601000025 92.26 0.167 3.2 D057601000026 97.25 0.151 3.2 D057601000027 102.23 0.147 3.2 D057601000028 106.19 0.144 3.2 D057601000029 112.13 0.147 4.7 D057601000030 117.07 0.18 4.7 D057601000031 121.99 0.143 4.7 D057601000032 126.89 9.45E-02 4.7 D057601000033 131.79 7.56E-02 4.7 D057601000034 136.66 6.61E-02 4.7 D057601000035 141.53 6.21E-02 4.7 D057601000036 146.39 6.88E-02 4.7 D057601000037 ENDDATA 30 0 D057601000038 ENDSUBENT 37 0 D057601099999 SUBENT D0576011 20090731 D071D057601100001 BIB 4 14 D057601100002 REACTION (83-BI-209(D,2N)84-PO-209,,SIG) tbl.5 D057601100003 ANALYSIS Using a semiconductor counter as an alpha-particle D057601100004 detector and very thin bismuth targets 0.1 mg/cm2 it D057601100005 was possible to resolve the 4.87 MeV alpha particle D057601100006 group corresponding to the decay of 209Po from the D057601100007 5.3 MeV alpha particle group of 210Po. D057601100008 The cross-section for the 209Bi(d,2n) reaction was D057601100009 calculated from the relative intensity of both D057601100010 alpha-particle groups. D057601100011 SAMPLE Self-supporting targets of thicknesses ranging from D057601100012 0.1 mg/cm2 to 3 mg/cm2. The target was prepared by D057601100013 evaporation of spectroscopically pure bismuth on a D057601100014 glass plate covered by a thin film of soap. D057601100015 METHOD (ACTIV) D057601100016 ENDBIB 14 0 D057601100017 NOCOMMON 0 0 D057601100018 DATA 2 1 D057601100019 DATA DATA-ERR D057601100020 MB MB D057601100021 429. 107. D057601100022 ENDDATA 3 0 D057601100023 ENDSUBENT 22 0 D057601199999 SUBENT D0576012 20090731 D071D057601200001 BIB 5 14 D057601200002 REACTION (83-BI-209(D,N)84-PO-210,,SIG) tbl.5 D057601200003 METHOD (ACTIV) D057601200004 ANALYSIS The cross-section for the (d,n) reaction was calculatedD057601200005 from measurements of the alpha activity of 2l0Po and D057601200006 of the beta activity of 210Bi. The result was checked D057601200007 independently, by calculating the cross-section, using D057601200008 the measurements of time variation of the alpha- D057601200009 activity induced in the target. D057601200010 SAMPLE Self-supporting targets of thicknesses ranging from D057601200011 0.2 mg/cm2 to 3 mg/cm2. The target was prepared by D057601200012 evaporation of spectroscopically pure bismuth on a D057601200013 glass plate covered by a thin film of soap. D057601200014 DECAY-DATA (84-PO-210,138.3D,B,5298.) D057601200015 (83-BI-210-G,5.01D,B,1170.) D057601200016 ENDBIB 14 0 D057601200017 NOCOMMON 0 0 D057601200018 DATA 2 1 D057601200019 DATA DATA-ERR D057601200020 MB MB D057601200021 40. 10. D057601200022 ENDDATA 3 0 D057601200023 ENDSUBENT 22 0 D057601299999 SUBENT D0576013 20090731 D071D057601300001 BIB 6 14 D057601300002 REACTION (83-BI-209(D,NON),,SIG,,,DERIV) tbl.6 D057601300003 SAMPLE Thin bismuth targets 0.2 mg/cm2 evaporated onto D057601300004 aluminium foil. D057601300005 ASSUMED (ASSUM,83-BI-209(D,3N)84-PO-208,,SIG) D057601300006 REL-REF The measurements of the cross-section for the (d,3n) D057601300007 reaction on bismuth were made by following researchers:D057601300008 (R,D0490006,E.L.Kelly+,J,PR,75,999,1949) D057601300009 (R,A0246003,W.J.Ramler+,J,PR,114,154,1959) D057601300010 Their value 2 mb for 12.8 MeV deuterons was taken into D057601300011 account in calculations. D057601300012 MISC-COL (MISC) Charged particle emission cross-section D057601300013 STATUS (DEP,D0576012) D057601300014 (DEP,D0576013) D057601300015 (DEP,D0576015) D057601300016 ENDBIB 14 0 D057601300017 NOCOMMON 0 0 D057601300018 DATA 5 1 D057601300019 DATA DATA-ERR ASSUM MISC MISC-ERR D057601300020 MB MB MB MB MB D057601300021 1185. 183. 2. 714. 148. D057601300022 ENDDATA 3 0 D057601300023 ENDSUBENT 22 0 D057601399999 SUBENT D0576014 20090731 D071D057601400001 BIB 2 3 D057601400002 REACTION (83-BI-209(D,EL)83-BI-209,,DA) tbl.7 D057601400003 SAMPLE Thin bismuth targets 0.2 mg/cm2 evaporated onto D057601400004 aluminium foil. D057601400005 ENDBIB 3 0 D057601400006 NOCOMMON 0 0 D057601400007 DATA 3 55 D057601400008 ANG-CM DATA-CM DATA-ERR D057601400009 ADEG MB/SR MB/SR D057601400010 14.5 2.19E+05 1.13E+04 D057601400011 16. 1.438E+05 5.E+03 D057601400012 18. 9.37E+04 3.E+03 D057601400013 20. 5.82E+04 1.9E+03 D057601400014 22. 3.83E+04 1.2E+03 D057601400015 24. 2.9E+04 800. D057601400016 26. 2.19E+04 550. D057601400017 28. 1.57E+04 400. D057601400018 30.16 1.19E+04 400. D057601400019 32.16 9.15E+03 330. D057601400020 33.75 7.94E+03 240. D057601400021 37.25 5.48E+03 170. D057601400022 42.33 3.14E+03 94. D057601400023 43.9 2.54E+03 78. D057601400024 47.41 1.95E+03 55. D057601400025 49. 1.71E+03 46. D057601400026 52.5 1.25E+03 31. D057601400027 54. 1.15E+03 31. D057601400028 57.5 801. 19. D057601400029 59.08 732. 21. D057601400030 62.58 517. 12. D057601400031 64.16 500. 15. D057601400032 67.58 349. 8. D057601400033 69.16 338. 12. D057601400034 72.66 289. 6. D057601400035 74.16 261. 9. D057601400036 82.66 158. 3. D057601400037 84.25 148. 6. D057601400038 87.66 118. 3. D057601400039 89.25 120. 5. D057601400040 92.66 98.7 2.1 D057601400041 94.25 86.7 3.9 D057601400042 97.66 69.2 1.5 D057601400043 99.16 78.4 3.4 D057601400044 102.66 71.3 1.5 D057601400045 104.16 65.2 2.9 D057601400046 107.66 62.6 1.3 D057601400047 109.16 60.1 2.6 D057601400048 112.58 56. 1.2 D057601400049 114.16 53.3 3.5 D057601400050 117.58 45.6 1.4 D057601400051 119.08 47.7 3.1 D057601400052 122.5 40.9 1.3 D057601400053 124. 42.8 2.8 D057601400054 127.51 36.1 1.1 D057601400055 129. 37.4 2.5 D057601400056 132.33 32.6 1. D057601400057 134. 32.2 2.3 D057601400058 137.33 28.3 0.9 D057601400059 139. 33.7 2.2 D057601400060 142.33 28.2 0.9 D057601400061 143.84 30.8 2.1 D057601400062 147.25 26.3 0.8 D057601400063 148.83 24.8 1.9 D057601400064 152.16 24.2 0.8 D057601400065 ENDDATA 57 0 D057601400066 ENDSUBENT 65 0 D057601499999 SUBENT D0576015 20090731 D071D057601500001 BIB 1 1 D057601500002 REACTION (83-BI-209(D,EL)83-BI-209,,DA,,RTH) tbl.7 D057601500003 ENDBIB 1 0 D057601500004 NOCOMMON 0 0 D057601500005 DATA 3 55 D057601500006 ANG-CM DATA DATA-ERR D057601500007 ADEG NO-DIM PER-CENT D057601500008 14.5 1.021 5.3 D057601500009 16. 0.998 3.5 D057601500010 18. 1.037 3.4 D057601500011 20. 0.974 3.2 D057601500012 22. 0.935 2.9 D057601500013 24. 0.999 2.6 D057601500014 26. 3.4E-02 2.6 D057601500015 28. 0.989 2.5 D057601500016 30.16 1.007 3.4 D057601500017 32.16 0.993 3.6 D057601500018 33.75 1.04 3.1 D057601500019 37.25 1.052 3.1 D057601500020 42.33 0.986 3. D057601500021 43.9 0.917 2.8 D057601500022 47.41 0.939 2.8 D057601500023 49. 0.932 2.5 D057601500024 52.5 0.884 2.5 D057601500025 54. 0.904 2.4 D057601500026 57.5 0.79 2.4 D057601500027 59.08 0.797 2.3 D057601500028 62.58 0.694 2.3 D057601500029 64.16 0.734 2.2 D057601500030 67.58 0.626 2.2 D057601500031 69.16 0.647 2.2 D057601500032 72.66 0.657 2.2 D057601500033 74.16 0.637 2.2 D057601500034 82.66 0.556 2.1 D057601500035 84.25 0.554 2.1 D057601500036 87.66 0.539 2.1 D057601500037 89.25 0.538 2.1 D057601500038 92.66 0.498 2.1 D057601500039 94.25 0.46 2.1 D057601500040 97.66 0.41 2.1 D057601500041 99.16 0.485 2.1 D057601500042 102.66 0.489 2.1 D057601500043 104.16 0.466 2.1 D057601500044 107.66 0.49 2.1 D057601500045 109.16 0.489 2.1 D057601500046 112.58 0.495 2.1 D057601500047 114.16 0.488 3.2 D057601500048 117.58 0.45 3.2 D057601500049 119.08 0.482 3.2 D057601500050 122.5 0.445 3.2 D057601500051 124. 0.48 3.1 D057601500052 127.51 0.431 3.1 D057601500053 129. 0.458 3.1 D057601500054 132.33 0.422 3.1 D057601500055 134. 0.427 3.1 D057601500056 137.33 0.393 3.1 D057601500057 139. 0.479 3.1 D057601500058 142.33 0.417 3.1 D057601500059 143.84 0.464 3.1 D057601500060 147.25 0.412 3.1 D057601500061 148.83 0.394 3.1 D057601500062 152.16 0.397 3.1 D057601500063 ENDDATA 57 0 D057601500064 ENDSUBENT 63 0 D057601599999 SUBENT D0576016 20090731 D071D057601600001 BIB 5 9 D057601600002 REACTION (6-C-12(D,N)7-N-13,,SIG) tbl.8 D057601600003 ANALYSIS The cross-section for the 12C(d,n)13N reaction was D057601600004 calculated from the measurement of the beta activity D057601600005 of a 10 min half-life. D057601600006 DECAY-DATA (7-N-13,10.MIN) D057601600007 SAMPLE The carbon target of the thickness 6.6 mg/cm2 prepared D057601600008 from the reactor graphite was used for the total D057601600009 reaction cross-section measurements. D057601600010 METHOD (ACTIV) D057601600011 ENDBIB 9 0 D057601600012 NOCOMMON 0 0 D057601600013 DATA 2 1 D057601600014 DATA DATA-ERR D057601600015 MB MB D057601600016 56. 6. D057601600017 ENDDATA 3 0 D057601600018 ENDSUBENT 17 0 D057601699999 SUBENT D0576017 20090731 D071D057601700001 BIB 7 18 D057601700002 REACTION (6-C-12(D,NON),,SIG,,,DERIV) tbl.8 D057601700003 ANALYSIS The value for the reaction cross-sections with charged D057601700004 particle emission was obtained by subtracting the D057601700005 cross-section for the elastic scattering integrated D057601700006 over angles larger than 15.degr. from the cross-sectionD057601700007 for the emission of all charged particles integrated D057601700008 over the same range of angles. D057601700009 SAMPLE The carbon target of the thickness 6.6 mg/cm2 prepared D057601700010 from the reactor graphite was used for the total D057601700011 reaction cross-section measurements. D057601700012 REL-REF The angular distribution for the elastic scattering D057601700013 and the absolute value of the elastic scattering D057601700014 cross-section were taken from: D057601700015 L.Freindl, etc. in Proc. Int. Rutherford Jubilee Conf. D057601700016 Manchester (Heyward, London, 1961) p. 529 D057601700017 MISC-COL (MISC) Charged particle emission cross-section D057601700018 METHOD (ACTIV) D057601700019 STATUS (DEP,D0576017) D057601700020 ENDBIB 18 0 D057601700021 NOCOMMON 0 0 D057601700022 DATA 4 1 D057601700023 DATA DATA-ERR MISC MISC-ERR D057601700024 MB MB MB MB D057601700025 658. 86. 602. 85. D057601700026 ENDDATA 3 0 D057601700027 ENDSUBENT 26 0 D057601799999 ENDENTRY 17 0 D057699999999