ENTRY O1265 20050325 O023O126500000001 SUBENT O1265001 20050325 O023O126500100001 BIB 13 35 O126500100002 TITLE Particle-vibration coupling in Pb-209. O126500100003 AUTHOR (C.Ellegaard, J.Kantele, P.Vedelsby) O126500100004 INSTITUTE (2DENNBI) O126500100005 REFERENCE (J,NP/A,129,113,1969) O126500100006 HISTORY (20050228C) By SB O126500100007 (20050325A) A little correction. O126500100008 (20050325U) Last checking has been done. O126500100009 SAMPLE Self-supporting targets of Pb-208, enriched to 99.3%, O126500100010 were prepared by evaporation. The metal was evaporatedO126500100011 onto approximately 30-mug/cm**2 carbon films. Fairly O126500100012 homogeneous targets of 60-150-mug/cm**2 thickness of O126500100013 Pb-208 were obtained. The main impurity in the target,O126500100014 apart from carbon and oxygen was 0.7% of Pb-207. O126500100015 ADD-RES (COMP).A weak-coupling model. O126500100016 (STRUC) Spectrosopic factors. O126500100017 Pb-208(d,P+g) gamma spectra in coincidence with proton O126500100018 groups were measured. O126500100019 DETECTOR (SILI) A 2-mm thick Si(Li) counter for the charged O126500100020 particle spectra in (P,g) coincidence measurements. O126500100021 (GELI) The gamma-rays were detected with a 14-cm**3 O126500100022 Ge(Li)-detector or with a 7.6-cm*7.6-cm NaI(Tl) O126500100023 crystal in (P,g) coincidence measurements. O126500100024 (NAICR) For (P,g) coincidence measurements. O126500100025 The protons were detected in a 2-mm thick Li- O126500100026 drifted silicon counter and in a single-gap, broad- O126500100027 range magnetic spectrograph. O126500100028 (MAGSP) For the protons O126500100029 FACILITY (VDGT,2DENNBI) O126500100030 INC-SPECT En-rsl. In the spectrograph experiment, the overall O126500100031 energy resolution was better than 8-KeV. O126500100032 METHOD (BCINT) O126500100033 ERR-ANALYS (ERR-T).The uncertainty of the absulute cross section O126500100034 is estimated to be 10%. O126500100035 (ERR-S).Statistical errors of less than 5%. O126500100036 STATUS (CURVE).By CAJAD. O126500100037 ENDBIB 35 0 O126500100038 COMMON 4 3 O126500100039 EN EN-RSL ERR-T ERR-S O126500100040 MEV KEV PER-CENT PER-CENT O126500100041 12. 50. 10. 5. O126500100042 ENDCOMMON 3 0 O126500100043 ENDSUBENT 42 0 O126500199999 SUBENT O1265002 20050325 O023O126500200001 BIB 6 27 O126500200002 REACTION (82-PB-208(D,P)82-PB-209,PAR,DA) Figures 7-9. O126500200003 PART-DET (P) O126500200004 EN-SEC (E-LVL,82-PB-209) O126500200005 LEVEL-PROP (82-PB-209,E-LVL=0.000,SPIN=4.5,PARITY=+1.) O126500200006 (82-PB-209,E-LVL=0.778,SPIN=5.5,PARITY=+1.) O126500200007 (82-PB-209,E-LVL=1.422,SPIN=7.5,PARITY=-1.) O126500200008 (82-PB-209,E-LVL=2.590,SPIN=5.5,PARITY=-1.) O126500200009 (82-PB-209,E-LVL=3.310,SPIN=5.5,PARITY=-1.) O126500200010 (82-PB-209,E-LVL=3.368) O126500200011 (82-PB-209,E-LVL=3.948) O126500200012 (82-PB-209,E-LVL=3.905) O126500200013 (82-PB-209,E-LVL=3.985) O126500200014 (82-PB-209,E-LVL=4.021) O126500200015 (82-PB-209,E-LVL=4.010) O126500200016 (82-PB-209,E-LVL=4.298) O126500200017 (82-PB-209,E-LVL=4.113) O126500200018 (82-PB-209,E-LVL=4.095) O126500200019 (82-PB-209,E-LVL=4.138) O126500200020 ERR-ANALYS (DATA-ERR).The uncertainty is shown by authors on O126500200021 figures. O126500200022 COMMENT -By authors. Proton spectra were obtained at 30, 55, 70O126500200023 80, 103.5, 115, 130, 150 and 155 degree. O126500200024 -By compiler. Some data points on figures are shifted O126500200025 from angular positions which are given by authors. O126500200026 All data points at minimal angle are near to 40 degreesO126500200027 than 30 degrees. Probably, 30 in authors' angles list O126500200028 is misprint. The compiler changed 30 degrees by 40 O126500200029 ENDBIB 27 0 O126500200030 NOCOMMON 0 0 O126500200031 DATA 4 104 O126500200032 E-LVL ANG DATA DATA-ERR O126500200033 MEV ADEG MB/SR PER-CENT O126500200034 0. 40. 0.645 4. O126500200035 0. 55. 1.111 4. O126500200036 0. 70. 1.511 4. O126500200037 0. 80. 1.715 4. O126500200038 0. 103.5 1.708 4. O126500200039 0. 115. 1.498 4. O126500200040 0. 130. 1.375 4. O126500200041 0. 150. 1.237 4. O126500200042 0. 155. 1.21 4. O126500200043 0.778 40. 0.018 28. O126500200044 0.778 80. 0.125 9. O126500200045 0.778 103.5 0.189 11. O126500200046 0.778 115. 0.232 11. O126500200047 0.778 130. 0.206 12. O126500200048 0.778 150. 0.194 9. O126500200049 0.778 155. 0.233 10. O126500200050 1.422 40. 0.0107 20. O126500200051 1.422 70. 0.078 12. O126500200052 1.422 103.5 0.138 12. O126500200053 1.422 115. 0.203 7. O126500200054 1.422 130. 0.221 11. O126500200055 1.422 150. 0.217 10. O126500200056 1.422 155. 0.278 10. O126500200057 2.59 40. 0.011 40. O126500200058 2.59 55. 0.028 18. O126500200059 2.59 70. 0.038 16. O126500200060 2.59 80. 0.069 14. O126500200061 2.59 103.5 0.073 12. O126500200062 2.59 130. 0.049 16. O126500200063 2.59 150. 0.068 12. O126500200064 2.59 155. 0.068 15. O126500200065 3.31 70. 0.03 30. O126500200066 3.31 80. 0.026 23. O126500200067 3.31 103.5 0.022 27. O126500200068 3.31 115. 0.023 30. O126500200069 3.31 130. 0.037 22. O126500200070 3.31 150. 0.036 19. O126500200071 3.31 155. 0.052 27. O126500200072 3.368 70. 0.098 12. O126500200073 3.368 80. 0.078 26. O126500200074 3.368 103.5 0.072 22. O126500200075 3.368 115. 0.075 23. O126500200076 3.368 130. 0.055 25. O126500200077 3.368 150. 0.071 20. O126500200078 3.368 155. 0.037 24. O126500200079 3.905 55. 0.104 15. O126500200080 3.905 70. 0.097 9. O126500200081 3.905 80. 0.102 10. O126500200082 3.905 103.5 0.103 12. O126500200083 3.905 115. 0.115 10. O126500200084 3.905 130. 0.088 10. O126500200085 3.905 150. 0.063 11. O126500200086 3.905 155. 0.068 12. O126500200087 3.948 70. 0.199 11. O126500200088 3.948 80. 0.224 9. O126500200089 3.948 103.5 0.199 10. O126500200090 3.948 115. 0.189 9. O126500200091 3.948 130. 0.159 9. O126500200092 3.948 155. 0.093 10. O126500200093 3.985 70. 0.181 12. O126500200094 3.985 80. 0.21 10. O126500200095 3.985 103. 0.212 11. O126500200096 3.985 115. 0.183 10. O126500200097 3.985 130. 0.168 11. O126500200098 3.985 150. 0.187 10. O126500200099 4.01 70. 0.044 20. O126500200100 4.01 80. 0.075 23. O126500200101 4.01 103.5 0.061 21. O126500200102 4.01 115. 0.081 17. O126500200103 4.01 130. 0.057 21. O126500200104 4.01 150. 0.037 19. O126500200105 4.021 70. 0.113 12. O126500200106 4.021 80. 0.121 12. O126500200107 4.021 103.5 0.114 12. O126500200108 4.021 115. 0.11 15. O126500200109 4.021 130. 0.099 13. O126500200110 4.021 150. 0.045 20. O126500200111 4.095 50. 0.061 13. O126500200112 4.095 103.5 0.127 13. O126500200113 4.095 115. 0.101 13. O126500200114 4.095 130. 0.07 13. O126500200115 4.095 150. 0.064 13. O126500200116 4.095 155. 0.073 10. O126500200117 4.113 50. 0.125 14. O126500200118 4.113 103.5 0.215 13. O126500200119 4.113 115. 0.216 13. O126500200120 4.113 130. 0.15 15. O126500200121 4.113 150. 0.194 13. O126500200122 4.113 155. 0.124 15. O126500200123 4.138 50. 0.038 18. O126500200124 4.138 103.5 0.093 18. O126500200125 4.138 115. 0.098 17. O126500200126 4.138 130. 0.081 17. O126500200127 4.138 150. 0.092 14. O126500200128 4.138 155. 0.075 13. O126500200129 4.298 40. 0.14 21. O126500200130 4.298 55. 0.3 17. O126500200131 4.298 70. 0.48 13. O126500200132 4.298 80. 0.46 9. O126500200133 4.298 103.5 0.43 9. O126500200134 4.298 115. 0.41 10. O126500200135 4.298 130. 0.37 8. O126500200136 4.298 150. 0.34 9. O126500200137 4.298 155. 0.33 12. O126500200138 ENDDATA 106 0 O126500200139 ENDSUBENT 138 0 O126500299999 ENDENTRY 2 0 O126599999999