ENTRY D0638 20160718 D105D063800000001 SUBENT D0638001 20160718 D105D063800100001 BIB 11 38 D063800100002 TITLE Coulomb Nuclear Interference with Deuterons in even D063800100003 Palladium Isotopes D063800100004 AUTHOR (M.R.D.Rodrigues,C.L.Rodrigues,T.Borello-Lewin, D063800100005 L.B.Horodynski-Matsushigue,J.L.M.Duarte,G.M.Ukita) D063800100006 INSTITUTE (3BZLUSP) D063800100007 (3BZLBZL) Universidade de Santo Amaro, Rua Professor D063800100008 En'eas da Siqueira Neto, 340, CEP 04829-300, Sao D063800100009 Paulo, SP, Brazil D063800100010 REFERENCE (J,RBF,34,760,2004) D063800100011 FACILITY (VDGT,3BZLUSP) 8MV Pelletron tandem of the University D063800100012 of Sao Paulo Physics Institute D063800100013 INC-SOURCE The deuteron beam was extracted from a 'MC-SNICS' ion D063800100014 source, provided with a solid titanium deuteride D063800100015 cathode. D063800100016 DETECTOR (PLATE) The products of each reaction were momentum D063800100017 analysed by the Enge split-pole spectrograph and D063800100018 detected in nuclear emulsion plates, positioned on D063800100019 the focal plane of the spectrograph. D063800100020 MONITOR The total number of projectiles corresponding to each D063800100021 spectrum was obtained with the help of a calibrated D063800100022 current integrator connected to an aligned Faraday cup D063800100023 with electron suppression. The beam direction was D063800100024 continuously monitored. The relative normalization of D063800100025 the spectra was thus obtained, while the absolute D063800100026 normalization of the cross sections was referred to D063800100027 optical model predictions for the elastic scattering D063800100028 of deuterons on the same target, measured under D063800100029 similar conditions. The elastic spectra were measured D063800100030 at laboratory scattering angles in the range of 30. to D063800100031 78. degr.) D063800100032 ERR-ANALYS (DATA-ERR) No information on sources of uncertainties. D063800100033 STATUS (PRELM) Data are preliminary. No data from the authors D063800100034 (CURVE) data digitized from fig.2 of Braz.J.of Phys. D063800100035 vol.34, no.3A,p.777,2004 D063800100036 HISTORY (20100524C) SD D063800100037 (20160712A) VS. Reference corrected. D063800100038 Sample information moved from 001 to 002-004. D063800100039 E-EXC->E-LVL in 003-004. D063800100040 ENDBIB 38 0 D063800100041 COMMON 1 3 D063800100042 EN D063800100043 MEV D063800100044 13. D063800100045 ENDCOMMON 3 0 D063800100046 ENDSUBENT 45 0 D063800199999 SUBENT D0638002 20160718 D105D063800200001 BIB 4 9 D063800200002 REACTION (46-PD-104(D,INL)46-PD-104,PAR,DA) D063800200003 data are given in fm2/sr. Compiler multiplied on 10 to D063800200004 convert data to mb/sr D063800200005 SAMPLE (46-PD-104,ENR=0.9898) Target of isotopically enriched D063800200006 material, with thicknesses between 20 and 35 mu-g/cm2, D063800200007 produced by the electron bombardment method. D063800200008 STATUS (CURVE) data were digitized from fig. 2 of D063800200009 Braz.J. of Phys.34,777,2004 D063800200010 HISTORY (20160712A) VS. SAMPLE moved from 001. D063800200011 ENDBIB 9 0 D063800200012 COMMON 2 3 D063800200013 E-LVL E-LVL-ERR D063800200014 MEV MEV D063800200015 0.5558 0.0004 D063800200016 ENDCOMMON 3 0 D063800200017 DATA 3 15 D063800200018 ANG-CM DATA-CM DATA-ERR D063800200019 ADEG MB/SR MB/SR D063800200020 14.7 5.4029 0.57707 D063800200021 15.8 4.0617 1.2243 D063800200022 17.4 2.8718 0.25951 D063800200023 18.9 2.4877 0.37977 D063800200024 20.4 1.712 0.17007 D063800200025 21.9 1.8543 8.9925E-02 D063800200026 22.9 2.0367 0.26375 D063800200027 24.5 2.4912 0.17477 D063800200028 26. 3.0068 0.2992 D063800200029 43.7 3.4783 0.11967 D063800200030 45.7 3.4482 0.19123 D063800200031 47.7 3.047 0.19129 D063800200032 52.2 2.9131 0.14128 D063800200033 57.8 1.9701 0.1379 D063800200034 64.4 1.3044 9.1303E-02 D063800200035 ENDDATA 17 0 D063800200036 ENDSUBENT 35 0 D063800299999 SUBENT D0638003 20160718 D105D063800300001 BIB 4 9 D063800300002 REACTION (46-PD-106(D,INL)46-PD-106,PAR,DA) D063800300003 data are given in fm2/sr. Compiler multiplied on 10 to D063800300004 convert data to mb/sr D063800300005 SAMPLE (46-PD-106,ENR=0.9853) Target of isotopically enriched D063800300006 material, with thicknesses between 20 and 35 mu-g/cm2, D063800300007 produced by the electron bombardment method. D063800300008 STATUS (CURVE) data were digitized from fig. 2 of D063800300009 Braz.J. of Phys.34,777,2004 D063800300010 HISTORY (20160712A) VS. SAMPLE moved from 001. E-EXC->E-LVL D063800300011 ENDBIB 9 0 D063800300012 COMMON 2 3 D063800300013 E-LVL E-LVL-ERR D063800300014 MEV MEV D063800300015 0.51185 0.00003 D063800300016 ENDCOMMON 3 0 D063800300017 DATA 3 11 D063800300018 ANG-CM DATA-CM DATA-ERR D063800300019 ADEG MB/SR MB/SR D063800300020 15. 3.0821 0.35304 D063800300021 17.2 2.0383 0.22071 D063800300022 18.8 1.3486 0.13348 D063800300023 20.3 1.1688 9.8481E-02 D063800300024 21.8 1.3538 0.12193 D063800300025 23.3 1.4857 0.16108 D063800300026 26.4 3.1743 0.2074 D063800300027 39.7 2.8706 0.22308 D063800300028 45.7 2.7781 0.21628 D063800300029 49.8 2.9402 0.11656 D063800300030 67.2 1.4143 4.8486E-02 D063800300031 ENDDATA 13 0 D063800300032 ENDSUBENT 31 0 D063800399999 SUBENT D0638004 20160718 D105D063800400001 BIB 4 9 D063800400002 REACTION (46-PD-110(D,INL)46-PD-110,PAR,DA) D063800400003 data are given in fm2/sr. Compiler multiplied on 10 to D063800400004 convert data to mb/sr D063800400005 SAMPLE (46-PD-110,ENR=0.99) Target of isotopically enriched D063800400006 material, with thicknesses between 20 and 35 mu-g/cm2, D063800400007 produced by the electron bombardment method. D063800400008 STATUS (CURVE) data were digitized from fig. 2 of D063800400009 Braz.J. of Phys.34,777,2004 D063800400010 HISTORY (20160712A) VS. SAMPLE moved from 001. E-EXC->E-LVL D063800400011 ENDBIB 9 0 D063800400012 COMMON 2 3 D063800400013 E-LVL E-LVL-ERR D063800400014 MEV MEV D063800400015 0.3738 0.0003 D063800400016 ENDCOMMON 3 0 D063800400017 DATA 3 16 D063800400018 ANG-CM DATA-CM DATA-ERR D063800400019 ADEG MB/SR MB/SR D063800400020 15.3 5.6751 0.51084 D063800400021 17. 3.9378 0.35446 D063800400022 18.3 2.3094 0.35063 D063800400023 19.3 2.0714 0.17474 D063800400024 20.4 2.3842 0.39964 D063800400025 22. 2.5989 0.2379 D063800400026 22.7 2.4443 0.23496 D063800400027 23.4 2.5267 0.54565 D063800400028 29.1 5.0681 0.63893 D063800400029 33.5 5.6234 0.31224 D063800400030 35.6 5.4275 0.29979 D063800400031 39.7 4.3881 0.66695 D063800400032 43.7 4.8709 0.62805 D063800400033 47.8 4.63 0.22426 D063800400034 55.9 3.5349 0.1702 D063800400035 61. 2.4289 0.13451 D063800400036 ENDDATA 18 0 D063800400037 ENDSUBENT 36 0 D063800499999 ENDENTRY 4 0 D063899999999