ENTRY O0866 20030430 0000O086600000001 SUBENT O0866001 20030430 0000O086600100001 BIB 12 28 O086600100002 TITLE Heavy ion elastic scattering cross sections for O086600100003 energies near coulomb barrier. O086600100004 AUTHOR (E.Rauhala, J.Raisanen) O086600100005 REFERENCE (J,JAP,75,642,1994) O086600100006 INSTITUTE (2SF HLS) Accelerator laboratory O086600100007 METHOD (SITA) O086600100008 (EXTB) O086600100009 FACILITY (VDGT,2SF HLS) O086600100010 DETECTOR (SIBAR) Positioned at a scattering angle of 170 degree.O086600100011 HISTORY (20010512C) O086600100012 (20030430U) Last checking has been done. O086600100013 ERR-ANALYS - By authors.- The uncertainties in the cross section O086600100014 values, resulting from the statistical and background O086600100015 subtraction errors in the determination of the peak O086600100016 areas, increased from 2% at the low energy end to 5% O086600100017 towards the high energy end of the given ion energy O086600100018 intervals. O086600100019 (ANG-ERR) The uncertainty of scattering angle. O086600100020 (EN-ERR-DIG) Data point reader uncertainty. O086600100021 (ERR-DIG) Data point reader uncertainty O086600100022 REL-REF (N,,M.BOZOIAN,J,NIM/B,82,602,1993) O086600100023 An analytical model to predict the non-Rutherford O086600100024 threshold energy of scattering. O086600100025 ADD-RES (COMP) Experimental and theoretical non-Rutherford O086600100026 threshold energies for elastic scattering O086600100027 STATUS (CURVE) By CAJAD. The e-mail with request for data O086600100028 tables has been sent to e.Rauhala 18-may-2001. Data O086600100029 tables were not received. O086600100030 ENDBIB 28 0 O086600100031 COMMON 4 3 O086600100032 ANG ANG-ERR EN-ERR-DIG ERR-DIG O086600100033 ADEG ADEG MEV NO-DIM O086600100034 170. 2. 0.1 0.006 O086600100035 ENDCOMMON 3 0 O086600100036 ENDSUBENT 35 0 O086600199999 SUBENT O0866002 20030430 0000O086600200001 BIB 5 13 O086600200002 REACTION (13-AL-27(3-LI-7,EL)13-AL-27,,DA,,RTH) O086600200003 SAMPLE Aluminium sample was fabricated by the e-gun vacuum O086600200004 evaporation technique. Thin evaporated film of natural O086600200005 aluminium - thickness ~100 nano-meters on carbon O086600200006 substrate was furher coated by thin gold film with 25 O086600200007 nano-meters thickness. The gold film was to serve as O086600200008 an internal dose reference. O086600200009 MONITOR (79-AU-197(3-LI-7,EL)79-AU-197,,DA) The cross section O086600200010 was assumed as Rutherford cross section. O086600200011 PART-DET (3-LI-7) O086600200012 REL-REF (N,,J.RAISANEN+,J,NIM/B,73,439,1993) O086600200013 Elastic scattering data for Li-7 were taken from the O086600200014 paper. O086600200015 ENDBIB 13 0 O086600200016 NOCOMMON 0 0 O086600200017 DATA 2 21 O086600200018 EN DATA O086600200019 MEV NO-DIM O086600200020 3.42 1.02 O086600200021 3.85 1.016 O086600200022 4.43 0.998 O086600200023 4.94 1.027 O086600200024 5.29 1.002 O086600200025 5.5 0.977 O086600200026 5.64 0.952 O086600200027 5.99 0.931 O086600200028 6.12 0.877 O086600200029 6.42 0.905 O086600200030 6.69 0.847 O086600200031 6.88 0.756 O086600200032 6.91 0.652 O086600200033 7.21 0.672 O086600200034 7.23 0.743 O086600200035 7.4 0.602 O086600200036 7.49 0.66 O086600200037 7.56 0.639 O086600200038 7.67 0.515 O086600200039 7.73 0.502 O086600200040 7.98 0.373 O086600200041 ENDDATA 23 0 O086600200042 ENDSUBENT 41 0 O086600299999 SUBENT O0866003 20030430 0000O086600300001 BIB 4 10 O086600300002 REACTION (13-AL-27(6-C-12,EL)13-AL-27,,DA,,RTH) O086600300003 SAMPLE Aluminium sample was fabricated by the e-gun vacuum O086600300004 evaporation technique. Thin evaporated film of natural O086600300005 aluminium - thickness ~100 nano-meters on carbon O086600300006 substrate was furher coated by thin gold film with 25 O086600300007 nano-meters thickness. The gold film was to serve as O086600300008 an internal dose reference. O086600300009 MONITOR (79-AU-197(6-C-12,EL)79-AU-197,,DA) The cross section O086600300010 was assumed as Rutherford cross section. O086600300011 PART-DET (6-C-12) O086600300012 ENDBIB 10 0 O086600300013 NOCOMMON 0 0 O086600300014 DATA 2 10 O086600300015 EN DATA O086600300016 MEV NO-DIM O086600300017 7.82 1.016 O086600300018 9.84 1.005 O086600300019 11.86 0.999 O086600300020 13.88 1.001 O086600300021 14.46 1.009 O086600300022 14.95 0.951 O086600300023 15.4 1.021 O086600300024 15.95 0.921 O086600300025 16.51 0.866 O086600300026 17.1 0.692 O086600300027 ENDDATA 12 0 O086600300028 ENDSUBENT 27 0 O086600399999 SUBENT O0866004 20030430 0000O086600400001 BIB 4 10 O086600400002 REACTION (13-AL-27(7-N-14,EL)13-AL-27,,DA,,RTH) O086600400003 SAMPLE Aluminium sample was fabricated by the e-gun vacuum O086600400004 evaporation technique. Thin evaporated film of natural O086600400005 aluminium - thickness ~100 nano-meters on carbon O086600400006 substrate was furher coated by thin gold film with 25 O086600400007 nano-meters thickness. The gold film was to serve as O086600400008 an internal dose reference. O086600400009 MONITOR (79-AU-197(7-N-14,EL)79-AU-197,,DA) The cross section O086600400010 was assumed as Rutherford cross section. O086600400011 PART-DET (7-N-14) O086600400012 ENDBIB 10 0 O086600400013 NOCOMMON 0 0 O086600400014 DATA 2 10 O086600400015 EN DATA O086600400016 MEV NO-DIM O086600400017 7.89 0.987 O086600400018 9.84 0.997 O086600400019 13.82 1.035 O086600400020 15.9 1.012 O086600400021 17.77 0.998 O086600400022 18.86 1.005 O086600400023 19.25 0.88 O086600400024 20.02 0.796 O086600400025 20.44 0.755 O086600400026 20.86 0.489 O086600400027 ENDDATA 12 0 O086600400028 ENDSUBENT 27 0 O086600499999 SUBENT O0866005 20030430 0000O086600500001 BIB 4 10 O086600500002 REACTION (13-AL-27(8-O-16,EL)13-AL-27,,DA,,RTH) O086600500003 SAMPLE Aluminium sample was fabricated by the e-gun vacuum O086600500004 evaporation technique. Thin evaporated film of natural O086600500005 aluminium - thickness ~100 nano-meters on carbon O086600500006 substrate was furher coated by thin gold film with 25 O086600500007 nano-meters thickness. The gold film was to serve as O086600500008 an internal dose reference. O086600500009 MONITOR (79-AU-197(8-O-16,EL)79-AU-197,,DA) The cross section O086600500010 was assumed as Rutherford cross section. O086600500011 PART-DET (8-O-16) O086600500012 ENDBIB 10 0 O086600500013 NOCOMMON 0 0 O086600500014 DATA 2 8 O086600500015 EN DATA O086600500016 MEV NO-DIM O086600500017 11.71 0.999 O086600500018 15.75 0.995 O086600500019 17.71 1.031 O086600500020 19.94 1. O086600500021 21.74 0.99 O086600500022 22.82 0.972 O086600500023 23.85 0.822 O086600500024 24.77 0.543 O086600500025 ENDDATA 10 0 O086600500026 ENDSUBENT 25 0 O086600599999 SUBENT O0866006 20030430 0000O086600600001 BIB 5 13 O086600600002 REACTION (22-TI-0(3-LI-7,EL)22-TI-0,,DA,,RTH) O086600600003 SAMPLE Titanium sample was fabricated by the e-gun vacuum O086600600004 evaporation technique. Thin evaporated film of natural O086600600005 titanium - thickness ~75 nano-meters on carbon O086600600006 substrate was furher coated by thin gold film with 25 O086600600007 nano-meters thickness. The gold film was to serve as O086600600008 an internal dose reference. O086600600009 MONITOR (79-AU-197(3-LI-7,EL)79-AU-197,,DA) The cross section O086600600010 was assumed as Rutherford cross section. O086600600011 PART-DET (3-LI-7) O086600600012 REL-REF (N,,J.RAISANEN+,J,NIM/B,73,439,1993) O086600600013 Elastic scattering data for Li-7 were taken from the O086600600014 paper. O086600600015 ENDBIB 13 0 O086600600016 NOCOMMON 0 0 O086600600017 DATA 2 21 O086600600018 EN DATA O086600600019 MEV NO-DIM O086600600020 4.9 1.009 O086600600021 5.92 1.016 O086600600022 6.65 0.98 O086600600023 7.12 1.004 O086600600024 7.31 1.023 O086600600025 7.77 1.039 O086600600026 7.86 0.999 O086600600027 8.22 0.967 O086600600028 8.69 0.987 O086600600029 8.94 0.908 O086600600030 9.31 0.912 O086600600031 9.31 0.888 O086600600032 9.67 0.86 O086600600033 9.93 0.792 O086600600034 10.18 0.709 O086600600035 10.45 0.681 O086600600036 10.6 0.534 O086600600037 10.7 0.562 O086600600038 10.96 0.511 O086600600039 11.31 0.439 O086600600040 11.56 0.324 O086600600041 ENDDATA 23 0 O086600600042 ENDSUBENT 41 0 O086600699999 SUBENT O0866007 20030430 0000O086600700001 BIB 4 10 O086600700002 REACTION (22-TI-0(6-C-12,EL)22-TI-0,,DA,,RTH) O086600700003 SAMPLE Titanium sample was fabricated by the e-gun vacuum O086600700004 evaporation technique. Thin evaporated film of natural O086600700005 titanium - thickness ~75 nano-meters on carbon O086600700006 substrate was furher coated by thin gold film with 25 O086600700007 nano-meters thickness. The gold film was to serve as O086600700008 an internal dose reference. O086600700009 MONITOR (79-AU-197(6-C-12,EL)79-AU-197,,DA) The cross section O086600700010 was assumed as Rutherford cross section. O086600700011 PART-DET (6-C-12) O086600700012 ENDBIB 10 0 O086600700013 NOCOMMON 0 0 O086600700014 DATA 2 20 O086600700015 EN DATA O086600700016 MEV NO-DIM O086600700017 3.33 1.017 O086600700018 4.07 1.009 O086600700019 6.2 1.02 O086600700020 8.05 1.015 O086600700021 9.98 1.002 O086600700022 14.52 1.008 O086600700023 14.89 1. O086600700024 15.44 0.976 O086600700025 15.9 0.988 O086600700026 16.36 0.992 O086600700027 16.83 1.003 O086600700028 16.92 0.984 O086600700029 18.03 0.991 O086600700030 18.85 0.959 O086600700031 19.88 0.982 O086600700032 20.99 0.99 O086600700033 21.81 0.95 O086600700034 22.88 0.811 O086600700035 23.93 0.584 O086600700036 25.45 0.382 O086600700037 ENDDATA 22 0 O086600700038 ENDSUBENT 37 0 O086600799999 SUBENT O0866008 20030430 0000O086600800001 BIB 4 10 O086600800002 REACTION (22-TI-0(7-N-14,EL)22-TI-0,,DA,,RTH) O086600800003 SAMPLE Titanium sample was fabricated by the e-gun vacuum O086600800004 evaporation technique. Thin evaporated film of natural O086600800005 titanium - thickness ~75 nano-meters on carbon O086600800006 substrate was furher coated by thin gold film with 25 O086600800007 nano-meters thickness. The gold film was to serve as O086600800008 an internal dose reference. O086600800009 MONITOR (79-AU-197(7-N-14,EL)79-AU-197,,DA) The cross section O086600800010 was assumed as Rutherford cross section. O086600800011 PART-DET (7-N-14) O086600800012 ENDBIB 10 0 O086600800013 NOCOMMON 0 0 O086600800014 DATA 2 18 O086600800015 EN DATA O086600800016 MEV NO-DIM O086600800017 9.8 0.991 O086600800018 11.84 1.013 O086600800019 13.87 1.009 O086600800020 16. 1.004 O086600800021 18.04 1.027 O086600800022 18.87 1.011 O086600800023 19.24 1.018 O086600800024 19.88 1.01 O086600800025 20.35 1.026 O086600800026 20.63 1.026 O086600800027 21.37 1.013 O086600800028 21.92 1.005 O086600800029 23.96 1.016 O086600800030 24.88 0.996 O086600800031 25.78 0.912 O086600800032 26.87 0.853 O086600800033 27.93 0.658 O086600800034 28.89 0.436 O086600800035 ENDDATA 20 0 O086600800036 ENDSUBENT 35 0 O086600899999 SUBENT O0866009 20030430 0000O086600900001 BIB 4 10 O086600900002 REACTION (22-TI-0(8-O-16,EL)22-TI-0,,DA,,RTH) O086600900003 SAMPLE Titanium sample was fabricated by the e-gun vacuum O086600900004 evaporation technique. Thin evaporated film of natural O086600900005 titanium - thickness ~75 nano-meters on carbon O086600900006 substrate was furher coated by thin gold film with 25 O086600900007 nano-meters thickness. The gold film was to serve as O086600900008 an internal dose reference. O086600900009 MONITOR (79-AU-197(8-O-16,EL)79-AU-197,,DA) The cross section O086600900010 was assumed as Rutherford cross section. O086600900011 PART-DET (8-O-16) O086600900012 ENDBIB 10 0 O086600900013 NOCOMMON 0 0 O086600900014 DATA 2 11 O086600900015 EN DATA O086600900016 MEV NO-DIM O086600900017 22.94 1.021 O086600900018 24.05 1.008 O086600900019 24.69 1. O086600900020 25.9 1.019 O086600900021 27.74 0.987 O086600900022 28.76 0.994 O086600900023 29.3 0.951 O086600900024 30.86 0.902 O086600900025 31.76 0.787 O086600900026 32.88 0.509 O086600900027 34.06 0.39 O086600900028 ENDDATA 13 0 O086600900029 ENDSUBENT 28 0 O086600999999 SUBENT O0866010 20030430 0000O086601000001 BIB 5 13 O086601000002 REACTION (14-SI-0(3-LI-7,EL)14-SI-0,,DA,,RTH) O086601000003 SAMPLE Silicon sample was fabricated by the e-gun vacuum O086601000004 evaporation technique. Thin evaporated film of natural O086601000005 silicon - thickness ~100 nano-meters on carbon O086601000006 substrate was furher coated by thin gold film with 25 O086601000007 nano-meters thickness. The gold film was to serve as O086601000008 an internal dose reference. O086601000009 MONITOR (79-AU-197(3-LI-7,EL)79-AU-197,,DA) The cross section O086601000010 was assumed as Rutherford cross section. O086601000011 PART-DET (3-LI-7) O086601000012 REL-REF (N,,J.RAISANEN+,J,NIM/B,73,439,1993) O086601000013 Elastic scattering data for Li-7 were taken from the O086601000014 paper. O086601000015 ENDBIB 13 0 O086601000016 NOCOMMON 0 0 O086601000017 DATA 2 13 O086601000018 EN DATA O086601000019 MEV NO-DIM O086601000020 4.47 1.018 O086601000021 5.01 0.982 O086601000022 5.57 1.013 O086601000023 5.7 0.962 O086601000024 6.18 0.946 O086601000025 6.44 0.911 O086601000026 6.65 0.887 O086601000027 6.72 0.895 O086601000028 6.97 0.813 O086601000029 7.25 0.825 O086601000030 7.48 0.645 O086601000031 7.72 0.466 O086601000032 7.76 0.357 O086601000033 ENDDATA 15 0 O086601000034 ENDSUBENT 33 0 O086601099999 SUBENT O0866011 20030430 0000O086601100001 BIB 4 10 O086601100002 REACTION (14-SI-0(6-C-12,EL)14-SI-0,,DA,,RTH) O086601100003 SAMPLE Silicon sample was fabricated by the e-gun vacuum O086601100004 evaporation technique. Thin evaporated film of natural O086601100005 silicon - thickness ~100 nano-meters on carbon O086601100006 substrate was furher coated by thin gold film with 25 O086601100007 nano-meters thickness. The gold film was to serve as O086601100008 an internal dose reference. O086601100009 MONITOR (79-AU-197(6-C-12,EL)79-AU-197,,DA) The cross section O086601100010 was assumed as Rutherford cross section. O086601100011 PART-DET (6-C-12) O086601100012 ENDBIB 10 0 O086601100013 NOCOMMON 0 0 O086601100014 DATA 2 11 O086601100015 EN DATA O086601100016 MEV NO-DIM O086601100017 8.05 0.992 O086601100018 9.99 0.986 O086601100019 11.93 1.008 O086601100020 13.94 1.05 O086601100021 14.43 1.077 O086601100022 14.91 1.033 O086601100023 15.38 0.998 O086601100024 15.93 0.978 O086601100025 16.34 0.95 O086601100026 16.97 0.712 O086601100027 17.95 0.497 O086601100028 ENDDATA 13 0 O086601100029 ENDSUBENT 28 0 O086601199999 SUBENT O0866012 20030430 0000O086601200001 BIB 4 10 O086601200002 REACTION (14-SI-0(7-N-14,EL)14-SI-0,,DA,,RTH) O086601200003 SAMPLE Silicon sample was fabricated by the e-gun vacuum O086601200004 evaporation technique. Thin evaporated film of natural O086601200005 silicon - thickness ~100 nano-meters on carbon O086601200006 substrate was furher coated by thin gold film with 25 O086601200007 nano-meters thickness. The gold film was to serve as O086601200008 an internal dose reference. O086601200009 MONITOR (79-AU-197(7-N-14,EL)79-AU-197,,DA) The cross section O086601200010 was assumed as Rutherford cross section. O086601200011 PART-DET (7-N-14) O086601200012 ENDBIB 10 0 O086601200013 NOCOMMON 0 0 O086601200014 DATA 2 13 O086601200015 EN DATA O086601200016 MEV NO-DIM O086601200017 7.92 0.996 O086601200018 9.91 0.967 O086601200019 11.85 0.981 O086601200020 13.86 0.995 O086601200021 16.01 1.021 O086601200022 17.8 0.988 O086601200023 18.77 1.015 O086601200024 19.39 1.011 O086601200025 19.87 0.987 O086601200026 20.5 1.018 O086601200027 20.85 1.009 O086601200028 21.34 0.771 O086601200029 21.86 0.623 O086601200030 ENDDATA 15 0 O086601200031 ENDSUBENT 30 0 O086601299999 SUBENT O0866013 20030430 0000O086601300001 BIB 4 10 O086601300002 REACTION (14-SI-0(8-O-16,EL)14-SI-0,,DA,,RTH) O086601300003 SAMPLE Silicon sample was fabricated by the e-gun vacuum O086601300004 evaporation technique. Thin evaporated film of natural O086601300005 silicon - thickness ~100 nano-meters on carbon O086601300006 substrate was furher coated by thin gold film with 25 O086601300007 nano-meters thickness. The gold film was to serve as O086601300008 an internal dose reference. O086601300009 MONITOR (79-AU-197(8-O-16,EL)79-AU-197,,DA) The cross section O086601300010 was assumed as Rutherford cross section. O086601300011 PART-DET (8-O-16) O086601300012 ENDBIB 10 0 O086601300013 NOCOMMON 0 0 O086601300014 DATA 2 8 O086601300015 EN DATA O086601300016 MEV NO-DIM O086601300017 15.87 0.998 O086601300018 17.95 1.027 O086601300019 19.94 0.991 O086601300020 21.74 0.978 O086601300021 22.97 0.953 O086601300022 23.88 0.972 O086601300023 24.82 0.866 O086601300024 25.96 0.733 O086601300025 ENDDATA 10 0 O086601300026 ENDSUBENT 25 0 O086601399999 ENDENTRY 13 0 O086699999999