ENTRY D4098 20130429 D088D409800000001 SUBENT D4098001 20130429 D088D409800100001 BIB 13 41 D409800100002 TITLE Excitation functions of deuteron induced nuclear D409800100003 reactions on natMo and 100Mo(90%) up to 50 MeV: D409800100004 An alternative route for the production of 99Mo D409800100005 AUTHOR (M.Sonck, S.Takacs, F.Szelecsenyi, A.Hermanne, D409800100006 F.Tarkanyi) D409800100007 INSTITUTE (2BLGVUB,3HUNDEB,2BLGLVN) D409800100008 REFERENCE (C,98DENTON,,987,1999) D409800100009 FACILITY (CYCLO,2BLGLVN) CGR 980 cyclotron of the Cyclotron D409800100010 Research Facility at Louvain-La-Neuve, Belgium D409800100011 SAMPLE High Purity, >99.9%, natMo 12micron and enriched 100Mo D409800100012 in oxide form. D409800100013 METHOD (ACTIV,EXTB,STTA,GSPEC) Stacked target technique was D409800100014 used. Beam current was measured in Faraday-cup and alsoD409800100015 was monitored by natAl(D,X)22Na and 24Na reactions. D409800100016 Recoil effect was found to be less than 1%. D409800100017 Decay data were taken from E.Browne, R.Firestone, TableD409800100018 of Radioactive Isotopes, V.S.Shirley [Ed], Wiley, D409800100019 London, 1986. Six stacks were irradiated at 30 and 50 D409800100020 MeV primary beam energies for about half an hour with D409800100021 about 40nA beam current. Stacks contained Al, Ti, Fe, D409800100022 Ni, Cu, Zn, Zr and W Foils besides the Mo target foils.D409800100023 MONITOR 1(13-AL-27(D,X)11-NA-22,,SIG) D409800100024 2(13-AL-27(D,X)11-NA-24,,SIG) D409800100025 MONIT-REF (,U.Martens+,J,ZP,233,170,1970) D409800100026 DETECTOR (HPGE) High purity Ge gamma detector D409800100027 ERR-ANALYS (EN-ERR) The uncertainty of the primary beam energy wasD409800100028 +/-0.1 MeV. The energy attenuation was calculated by D409800100029 using the polynomial approximation of Andersen and D409800100030 Ziegler along the stacks. D409800100031 (ERR-T,10.,15.) Total error of the data is varied from D409800100032 10% to 15%. Main contributing error components are: D409800100033 (ERR-1) Beam intensity (3%)D409800100034 (ERR-2,3.,6.) Detector efficiency (3-6%)D409800100035 (ERR-3,2.,10.) Peak area and counting statistics(2-10%)D409800100036 (ERR-4,5.,8.) Number of target nuclei (5-8%)D409800100037 (ERR-5) Nuclear data (5%)D409800100038 STATUS (TABLE) Private communication, approved by S.Takacs D409800100039 HISTORY (20030407C) TS D409800100040 (20060727A) Ref. corrected. D409800100041 (20070215A) KB Reference was corrected. D409800100042 (20130429A) On. ERR-ANALYS: Coded information added D409800100043 ENDBIB 41 0 D409800100044 COMMON 3 3 D409800100045 EN-ERR ERR-1 ERR-5 D409800100046 MEV PER-CENT PER-CENT D409800100047 0.1 3. 5. D409800100048 ENDCOMMON 3 0 D409800100049 ENDSUBENT 48 0 D409800199999 SUBENT D4098002 20130429 D088D409800200001 BIB 5 16 D409800200002 REACTION (42-MO-100(D,X)42-MO-99,,SIG,,A) D409800200003 SAMPLE Enriched 100Mo oxide powder mixed with carbon- D409800200004 tetrachloride and nitro-cellulose was sedimented D409800200005 onto 92 micron thick Al backing D409800200006 (42-MO-100,ENR=0.905) D409800200007 (42-MO-92,ENR=0.011) D409800200008 (42-MO-94,ENR=0.008) D409800200009 (42-MO-95,ENR=0.014) D409800200010 (42-MO-96,ENR=0.016) D409800200011 (42-MO-97,ENR=0.010) D409800200012 (42-MO-98,ENR=0.036) D409800200013 DECAY-DATA (42-MO-99,65.95HR,DG,739.5,0.1213, D409800200014 DG,181.07,0.06) D409800200015 ANALYSIS Data measured on enriched 100Mo were converted to D409800200016 cross section measured on natural Mo target. D409800200017 HISTORY (20130429A) On. REACTION(SF8) A added D409800200018 ENDBIB 16 0 D409800200019 NOCOMMON 0 0 D409800200020 DATA 2 50 D409800200021 EN DATA D409800200022 MEV MB D409800200023 8.55 1.01 D409800200024 9.02 0.58 D409800200025 9.15 1.74 D409800200026 12.24 3.19 D409800200027 12.67 2.9 D409800200028 12.672 7.68 D409800200029 14.99 4.49 D409800200030 15.08 3.33 D409800200031 16.84 2.61 D409800200032 16.92 3.48 D409800200033 17.1 4.78 D409800200034 19.16 2.75 D409800200035 19.24 3.62 D409800200036 19.37 4.35 D409800200037 19.59 5.65 D409800200038 22.466 9.13 D409800200039 22.47 11.45 D409800200040 23.41 11.3 D409800200041 23.411 12.9 D409800200042 24.31 16.52 D409800200043 24.4 18.41 D409800200044 24.48 21.16 D409800200045 26.46 21.59 D409800200046 26.5 16.23 D409800200047 26.503 18.84 D409800200048 26.8 19.86 D409800200049 26.85 15.65 D409800200050 27.1 20.58 D409800200051 27.19 21.74 D409800200052 28.82 24.49 D409800200053 28.866 25.94 D409800200054 28.87 28.12 D409800200055 32.13 29.28 D409800200056 32.131 32.61 D409800200057 35.266 38.26 D409800200058 35.267 35.65 D409800200059 35.27 34.2 D409800200060 37.59 34.06 D409800200061 37.63 26.96 D409800200062 37.67 32.46 D409800200063 39.82 33.62 D409800200064 39.86 32.32 D409800200065 42.53 26.96 D409800200066 44.46 28.84 D409800200067 44.59 24.78 D409800200068 46.86 35.65 D409800200069 46.864 33.91 D409800200070 46.865 30.58 D409800200071 48.67 26.09 D409800200072 48.71 23.19 D409800200073 ENDDATA 52 0 D409800200074 ENDSUBENT 73 0 D409800299999 SUBENT D4098003 20130429 D088D409800300001 BIB 4 5 D409800300002 REACTION (42-MO-0(D,X)42-MO-99,,SIG) D409800300003 DECAY-DATA (42-MO-99,65.95HR,DG,739.5,0.1213, D409800300004 DG,181.07,0.06) D409800300005 STATUS (SPSDD,D4260011) priv.commun.with S.Takacs (2012-12-19)D409800300006 HISTORY (20130429A) On. Superseded D409800300007 ENDBIB 5 0 D409800300008 NOCOMMON 0 0 D409800300009 DATA 2 93 D409800300010 EN DATA D409800300011 MEV MB D409800300012 7.77 32.3 D409800300013 7.86 30.4 D409800300014 7.861 34.8 D409800300015 8.42 36.5 D409800300016 11.81 55.8 D409800300017 11.9 48.4 D409800300018 11.98 49.7 D409800300019 12.07 58.1 D409800300020 12.16 51.4 D409800300021 16.32 41.4 D409800300022 16.37 37.2 D409800300023 16.58 37.7 D409800300024 16.581 38.6 D409800300025 16.62 40.9 D409800300026 18.86 34.9 D409800300027 18.94 30.1 D409800300028 19.16 32.2 D409800300029 19.2 34.3 D409800300030 19.29 35.7 D409800300031 21.56 31.6 D409800300032 21.607 27. D409800300033 21.61 29.7 D409800300034 22.12 28.3 D409800300035 22.21 31.2 D409800300036 22.895 26.8 D409800300037 22.9 32.5 D409800300038 22.98 30.3 D409800300039 23.32 28. D409800300040 23.325 32.5 D409800300041 24.05 23.2 D409800300042 24.1 34.8 D409800300043 24.18 27. D409800300044 24.48 37.2 D409800300045 24.527 30.4 D409800300046 24.53 32.9 D409800300047 26.16 39. D409800300048 26.25 34.8 D409800300049 26.589 35.7 D409800300050 26.59 32.5 D409800300051 26.8 31.2 D409800300052 26.804 29.9 D409800300053 26.85 41.9 D409800300054 26.89 34.1 D409800300055 26.98 32.8 D409800300056 28.09 35.4 D409800300057 28.093 34.1 D409800300058 28.094 32.2 D409800300059 28.48 37.4 D409800300060 28.565 30.4 D409800300061 28.57 32. D409800300062 30.11 37.4 D409800300063 30.15 35.5 D409800300064 30.369 31.9 D409800300065 30.37 39.7 D409800300066 32.3 37.2 D409800300067 32.43 39.4 D409800300068 32.56 34.6 D409800300069 34.19 39.1 D409800300070 34.28 34.8 D409800300071 34.41 35.8 D409800300072 34.966 32.8 D409800300073 34.97 35.4 D409800300074 36.17 39.6 D409800300075 36.21 33.3 D409800300076 36.38 37.7 D409800300077 36.383 35.4 D409800300078 38.06 37. D409800300079 38.23 39.6 D409800300080 38.231 34.5 D409800300081 39.86 36.2 D409800300082 40.08 38.1 D409800300083 41.54 38.3 D409800300084 41.58 35.5 D409800300085 41.667 34.8 D409800300086 41.67 33.6 D409800300087 41.8 31.6 D409800300088 41.92 40. D409800300089 43.13 36.2 D409800300090 43.21 33.5 D409800300091 43.38 31.4 D409800300092 43.385 33.9 D409800300093 44.76 31.4 D409800300094 44.85 32.8 D409800300095 44.97 36.4 D409800300096 46.31 34.6 D409800300097 46.43 31. D409800300098 46.52 28.7 D409800300099 47.9 32.2 D409800300100 47.98 30.7 D409800300101 49.31 35.1 D409800300102 49.36 31.4 D409800300103 49.527 33.8 D409800300104 49.53 28.3 D409800300105 ENDDATA 95 0 D409800300106 ENDSUBENT 105 0 D409800399999 ENDENTRY 3 0 D409899999999