ENTRY O0846 20010323 0000O084600000001 SUBENT O0846001 20010323 0000O084600100001 BIB 12 38 O084600100002 TITLE First Observation of Nonyrast Levels in Zr-103 and O084600100003 Level Systematics of N=63 Sr,Zr and Mo Isotones. O084600100004 AUTHOR (G.LHERSONNEAU, P.DENDOOVEN, A.HONKANEN, M.HUHTA, O084600100005 M.OINONEN, H.PENTTILA, J.AYSTO, J.KURPETA, J.R.PERSSON,O084600100006 A.POPOV) O084600100007 INSTITUTE (2SF JYV) O084600100008 (3POLWWA) O084600100009 (2UK BIR) O084600100010 (4RUSRI) O084600100011 REFERENCE (J,PR/C,54,1592,1996) O084600100012 HISTORY (20010123C) O084600100013 (20010221U) Last checking has been done. O084600100014 (20010323A) DATE is corrected O084600100015 SAMPLE The Uranium Target was Tilted by an Angle of 80 Degree O084600100016 With Respect to the Beam Direction in Order to IncreaseO084600100017 Its Effective Thickness to 86 Mg/Cm**2. O084600100018 COMMENT /by Authors/. Fission Products Recoiling Out of the O084600100019 Target were Thermalized by Collisions with He Gas and O084600100020 Accelerated and Mass Separeted As Single Charge Ions. O084600100021 This Socalled Ion-Guide Technique has the Advantage O084600100022 Over Conventional Ion Sources in That It can Deliver O084600100023 Beams of All Elements,Thus Including Yttrium and WithinO084600100024 A Time of Typically 1 Ms,Avoiding Decay Losses of Beta-O084600100025 Decaying Activities. O084600100026 DETECTOR (TELES,SCIN,SOLST,SOLST).A 0.9-Mm Thick Plastic O084600100027 Scintillator For the Detection of Beta-Particles,a Ge- O084600100028 Detector with an Active Area of 10 Cm**2 and a O084600100029 Thickness of 1-Cm For Low-Energy Gamma-Radiation,and O084600100030 A Coaxial Ge-Detector of 18% Relative Efficiency For O084600100031 The Higher-Energy Range (UP TO 2.1 MEV) With a 1.9-KeV O084600100032 Resolution at 1.32 MeV. O084600100033 FACILITY (CYCLO,2SF JYV)K-130 Cyclotron of the Accelerator O084600100034 Laboratory in Jyvaskyla. O084600100035 (OLMS,2SF JYV) O084600100036 INC-SPECT *En-Rsl* the Resolution Energy. O084600100037 METHOD (OLMS) The on-Line Mass Separator Igisol. O084600100038 (BCINT) O084600100039 STATUS (TABLE) O084600100040 ENDBIB 38 0 O084600100041 COMMON 2 3 O084600100042 EN EN-RSL O084600100043 MEV KEV O084600100044 25. 1.9 O084600100045 ENDCOMMON 3 0 O084600100046 ENDSUBENT 45 0 O084600199999 SUBENT O0846002 20010323 0000O084600200001 BIB 4 9 O084600200002 REACTION 1(92-U-238(P,X)ELEM/MASS,,PY,,REL) O084600200003 2(92-U-238(P,X)ELEM/MASS,,SIG,,,CALC) O084600200004 REL-REF (R,O0499001,P.P.JAUHO+,J,PR/C,49,2036,1994) O084600200005 The Calculated Cross Sections O084600200006 ERR-ANALYS The Independent Yields For Zr, Nb and Mo are Obtained O084600200007 With a Relative Accuracy of About 15%. Extrapolating O084600200008 These Values with a Gaussian Dependence on Z Leads to O084600200009 A Relative Yield of 2.5 For Y-103. O084600200010 FLAG (1.).Extrapolated Yield. O084600200011 ENDBIB 9 0 O084600200012 NOCOMMON 0 0 O084600200013 DATA 5 4 O084600200014 ELEMENT MASS DATA 1DATA 2FLAG O084600200015 NO-DIM NO-DIM ARB-UNITS MB NO-DIM O084600200016 39. 103. 2.5 0.4 1. O084600200017 40. 103. 60. 10. O084600200018 41. 103. 700. 21. O084600200019 42. 103. 3000. 8.5 O084600200020 ENDDATA 6 0 O084600200021 ENDSUBENT 20 0 O084600299999 ENDENTRY 2 0 O084699999999