ENTRY O1200 20041026 0000O120000000001 SUBENT O1200001 20041026 0000O120000100001 BIB 13 27 O120000100002 TITLE The auger-electron emitter Er-165-excitation function O120000100003 of the Ho-165(P,N)Er-165 process. O120000100004 AUTHOR (G.J.Beyer, S.K.Zeisler, D.W.Becker) O120000100005 INSTITUTE (2SWTSWT) Cyclotron unit. University hospital of O120000100006 Geneva . O120000100007 (1CANTMF) O120000100008 (2AUSAUS) ARGOS Cyclotron Betriebs , Austria . O120000100009 REFERENCE (J,RCA,92,219,2004) O120000100010 HISTORY (20041013C) O120000100011 (20041026U) Last checking has been done. O120000100012 SAMPLE Natural Ho(2)O(3) was pressed at a pressure of about O120000100013 100-MPa/cm**2, obtained 3-g pellets of 13-mm diameter O120000100014 and about 6.5-mm thickness. O120000100015 ADD-RES (TTY-C).The thick target yield of Er-165 was calculatedO120000100016 using the measured excitation function. O120000100017 DETECTOR (HPGE) O120000100018 INC-SPECT En-rsl. The energy resolution. O120000100019 FACILITY (CYCLO,2GERHEI) O120000100020 (OLMS,2ZZZCER) O120000100021 METHOD (BCINT,RCHEM) O120000100022 ERR-ANALYS (ERR-T) The total error in an individual cross sectionO120000100023 data point amounts to ~+-12%, as calculated by the O120000100024 least squares method considering the individual O120000100025 uncertainties: beam current, detector efficiency, etc. O120000100026 (EN-ERR) Proton beam energy uncertainty given in data O120000100027 table. O120000100028 STATUS (TABLE) In the paper. O120000100029 ENDBIB 27 0 O120000100030 COMMON 1 3 O120000100031 EN-RSL O120000100032 KEV O120000100033 0.7 O120000100034 ENDCOMMON 3 0 O120000100035 ENDSUBENT 34 0 O120000199999 SUBENT O1200002 20041026 0000O120000200001 BIB 2 4 O120000200002 REACTION (67-HO-165(P,N)68-ER-165,,SIG) O120000200003 DECAY-DATA (68-ER-165,10.3HR,XR,53.8,0.1166, O120000200004 XR,47.55,0.384, O120000200005 XR,46.7,0.216) O120000200006 ENDBIB 4 0 O120000200007 NOCOMMON 0 0 O120000200008 DATA 4 38 O120000200009 EN EN-ERR DATA ERR-T O120000200010 MEV MEV MB MB O120000200011 17.7 0.3 39. 5. O120000200012 17.5 0.4 39. 5. O120000200013 17.2 0.4 37. 5. O120000200014 17. 0.4 41. 5. O120000200015 16.8 0.4 41. 5. O120000200016 16.5 0.4 48. 6. O120000200017 16.3 0.4 43. 5. O120000200018 16. 0.4 48. 6. O120000200019 15.8 0.4 49. 6. O120000200020 15.5 0.4 56. 7. O120000200021 15.3 0.4 59. 7. O120000200022 15. 0.4 56. 7. O120000200023 14.8 0.4 63. 7. O120000200024 14.5 0.5 72. 9. O120000200025 14.3 0.5 72. 9. O120000200026 14. 0.5 84. 10. O120000200027 13.7 0.5 85. 10. O120000200028 13.4 0.5 100. 12. O120000200029 13.2 0.5 113. 14. O120000200030 12.9 0.5 118. 14. O120000200031 12.6 0.5 118. 14. O120000200032 12.3 0.5 141. 17. O120000200033 12. 0.5 145. 17. O120000200034 11.7 0.5 156. 19. O120000200035 11.4 0.5 145. 17. O120000200036 11.1 0.5 166. 20. O120000200037 10.8 0.6 157. 19. O120000200038 10.5 0.6 126. 15. O120000200039 10.1 0.6 109. 13. O120000200040 9.8 0.6 87. 10. O120000200041 9.5 0.6 60. 7. O120000200042 9.1 0.6 46. 5. O120000200043 8.9 0.6 31. 5. O120000200044 8.7 0.7 25. 3. O120000200045 8.5 0.7 19. 2. O120000200046 8.3 0.7 15. 2. O120000200047 8.1 0.7 11. 2. O120000200048 7.9 0.7 5. 1. O120000200049 ENDDATA 40 0 O120000200050 ENDSUBENT 49 0 O120000299999 ENDENTRY 2 0 O120099999999