ENTRY D0209 20190820 D121D020900000001 SUBENT D0209001 20190820 D121D020900100001 BIB 12 39 D020900100002 TITLE Thin target excitation functions for (alpha, xn) D020900100003 reactions on osmium targets for platinum D020900100004 radiotracer production D020900100005 AUTHOR (F.Groppi,C.Birattari,M.Bonardi,M.Gallorini,L.Gini) D020900100006 INSTITUTE (2ITYMIL,2ITYPAV) D020900100007 REFERENCE (J,JRN,249,289,2001) D020900100008 FACILITY (CYCLO,2ZZZISP) D020900100009 METHOD (STTA,EXTB,ACTIV) D020900100010 SAMPLE Nine 208 mu-g/cm2 targets with aluminium degrades D020900100011 in two different groups were irradiated. D020900100012 Targets were of Os natural composition (184Os -0.02%, D020900100013 186Os -1.58%, 187Os -1.6%, 188Os -13.3%, D020900100014 189Os -16.1%, 190Os -26.4%, 192Os -41.0%) D020900100015 DETECTOR (HPGE) The gamma-spectrometry was carried out by D020900100016 50 cm3 HPGe detectors connected to multichannel D020900100017 analysers. D020900100018 ERR-ANALYS (ERR-S) The decays of the different radionuclides have D020900100019 been followed for not less than three half-lives and D020900100020 the length of measurements were chosen for each D020900100021 radionuclide so that the counting statistical error on D020900100022 the photopeak areas was always of the order of less D020900100023 than 1%. The cumulative statistical error on each thin D020900100024 target yield data, due to errors on photopeak areas, D020900100025 decay constant, integrated charge and detector D020900100026 efficiency, was in total less than a few percent. D020900100027 (ERR-1) uncertainty in the detector efficiency. D020900100028 (EN-ERR) Mean value between the incident beam energy D020900100029 and the outgoing beam energy (calculated using range D020900100030 and stopping-power TRIM91 code. D020900100031 CORRECTION Systematic errors related to the stopping power D020900100032 calculations and the gamma-emission abundances were D020900100033 not taken into account. D020900100034 Radioactive growth-up was taken into account, D020900100035 adopting the proper correction equations of the D020900100036 radioactive chains (i.e., 188Pt/188Ir). D020900100037 STATUS (TABLE) Table 2 from J.Rad.Nucl.Chem.,249(2001)289 D020900100038 HISTORY (20041014C) SD D020900100039 (20190820A) SD: REACTION code updated according to new D020900100040 EXFOR rules in Subents 002-004. ERR-SYS -> ERR-1. D020900100041 ENDBIB 39 0 D020900100042 COMMON 2 3 D020900100043 EN-ERR ERR-1 D020900100044 MEV PER-CENT D020900100045 0.2 2.0 D020900100046 ENDCOMMON 3 0 D020900100047 ENDSUBENT 46 0 D020900199999 SUBENT D0209002 20190820 D121D020900200001 BIB 3 11 D020900200002 REACTION (76-OS-0(A,X)78-PT-188,,TTY/DEN,,PHY) D020900200003 These values are calculated taking into account the D020900200004 parent/daughter equilibrium between 188Ir and 188Pt. D020900200005 DECAY-DATA (78-PT-188,10.2D,DG,187.6,0.194, D020900200006 DG,195.1,0.186, D020900200007 DG,381.4,0.0747, D020900200008 DG,423.3,0.0436, D020900200009 DG,140.3,0.0233) D020900200010 HISTORY (20190820A) SD: SF6=TTY -> TTY/DEN; SF8=TM -> PHY in D020900200011 REACTION code. D020900200012 On. RAD-DET deleted. D020900200013 ENDBIB 11 0 D020900200014 NOCOMMON 0 0 D020900200015 DATA 3 8 D020900200016 EN DATA ERR-S D020900200017 MEV MBQ/C/MEV MBQ/C/MEV D020900200018 22.3 0.1 0.1 D020900200019 24.5 0.6 0.1 D020900200020 26.7 1.1 0.2 D020900200021 28.5 1.4 0.3 D020900200022 31.1 1.8 0.2 D020900200023 33.5 3.0 0.5 D020900200024 35.8 3.4 0.2 D020900200025 38.0 3.9 0.4 D020900200026 ENDDATA 10 0 D020900200027 ENDSUBENT 26 0 D020900299999 SUBENT D0209003 20190820 D121D020900300001 BIB 3 9 D020900300002 REACTION (76-OS-0(A,X)78-PT-189,,TTY/DEN,,PHY) D020900300003 DECAY-DATA (78-PT-189,10.89HR,DG,721.40,0.058, D020900300004 DG,607.6,0.0506, D020900300005 DG,568.8,0.044, D020900300006 DG,243.5,0.044, D020900300007 DG,544.90,0.036, D020900300008 DG,141.1,0.00262) D020900300009 HISTORY (20190820A) SD: SF6=TTY -> TTY/DEN; SF8=TM -> PHY in D020900300010 REACTION code. D020900300011 ENDBIB 9 0 D020900300012 NOCOMMON 0 0 D020900300013 DATA 3 5 D020900300014 EN DATA ERR-S D020900300015 MEV MBQ/C/MEV MBQ/C/MEV D020900300016 28.5 81.6 6.6 D020900300017 31.1 87.9 20.2 D020900300018 33.5 338.8 63.7 D020900300019 35.8 504.1 14.9 D020900300020 38.0 515.2 3.2 D020900300021 ENDDATA 7 0 D020900300022 ENDSUBENT 21 0 D020900399999 SUBENT D0209004 20190820 D121D020900400001 BIB 3 10 D020900400002 REACTION (76-OS-0(A,X)78-PT-191,,TTY/DEN,,PHY) D020900400003 DECAY-DATA (78-PT-191,2.9D,DG,538.90,0.1370, D020900400004 DG,409.40,0.0800, D020900400005 DG,359.90,0.0600, D020900400006 DG,172.20,0.0352, D020900400007 DG,456.50,0.0336, D020900400008 DG,351.20,0.0336, D020900400009 DG,129.4,0.032) D020900400010 HISTORY (20190820A) SD: SF6=TTY -> TTY/DEN; SF8=TM -> PHY in D020900400011 REACTION code. D020900400012 ENDBIB 10 0 D020900400013 NOCOMMON 0 0 D020900400014 DATA 3 9 D020900400015 EN DATA ERR-S D020900400016 MEV MBQ/C/MEV MBQ/C/MEV D020900400017 19.8 1.9 0.1 D020900400018 22.3 11.6 0.8 D020900400019 24.5 23.5 0.8 D020900400020 26.7 34.5 0.9 D020900400021 28.5 39.5 3.7 D020900400022 31.1 65.1 1.8 D020900400023 33.5 85.3 1.9 D020900400024 35.8 104.8 0.8 D020900400025 38.0 104.9 4.0 D020900400026 ENDDATA 11 0 D020900400027 ENDSUBENT 26 0 D020900499999 ENDENTRY 4 0 D020999999999