ENTRY O1164 20041028 0000O116400000001 SUBENT O1164001 20041028 0000O116400100001 BIB 13 30 O116400100002 TITLE P-31(He3,d)S-32 reaction at 25-MeV. O116400100003 AUTHOR (J.Kalifa, J.Vernotte, Y.Deschamps, F.Pougheon, O116400100004 G.Rotbard, M.Vergnes, B.H.Wildenthal) O116400100005 INSTITUTE (2FR PAR) O116400100006 (1USAMSU) O116400100007 REFERENCE (J,PR/C,17,1961,1978) O116400100008 HISTORY (20040421C) O116400100009 (20041028U) Last checking has been done. O116400100010 SAMPLE The targets, thicknesses 60-120-mug/cm**2, were O116400100011 prepared by evaporation in vacuum of red phosphorus on O116400100012 carbon backing about 15-mug/cm**2 thick. O116400100013 ADD-RES (COMP) DWBA Calculations. O116400100014 (STRUC) Spin - parities of 32-S levels. SpectroscopicO116400100015 strengths. O116400100016 (P-SPC) Spectrum of the P-31(He3,d)S-32 reaction at O116400100017 10 degree is presented. O116400100018 DETECTOR (MAGSP) An ENGE split-pole magnetic spectrograph. O116400100019 (SIBAR) A surface barrier detector. O116400100020 (PSSSD) Six position sensitive solid-state detectors. O116400100021 These were 50-mm long, 10-mm high and either 650- or O116400100022 1000-mum thick. O116400100023 FACILITY (VDGT,2FR PAR) Orsay MP tandem. O116400100024 METHOD (SITA) O116400100025 INC-SPECT EN-RSL-FW. The overall resolution was about 18-KeV O116400100026 full widht at half maximum with the 60-mug/cm**2 O116400100027 target. O116400100028 ERR-ANALYS (DATA-ERR) The errors are shown by authors on figures.OO116400100029 any analysis is not given O116400100030 (ANG-ERR-D).Digitizing error of angle. O116400100031 STATUS (CURVE).By CAJAD. O116400100032 ENDBIB 30 0 O116400100033 COMMON 2 3 O116400100034 EN EN-RSL-FW O116400100035 MEV KEV O116400100036 25. 18. O116400100037 ENDCOMMON 3 0 O116400100038 ENDSUBENT 37 0 O116400199999 SUBENT O1164002 20041028 0000O116400200001 BIB 1 1 O116400200002 REACTION (15-P-31(HE3,EL)15-P-31,,DA,,RTH) Figure 2 O116400200003 ENDBIB 1 0 O116400200004 COMMON 1 3 O116400200005 ANG-ERR-D O116400200006 ADEG O116400200007 0.3 O116400200008 ENDCOMMON 3 0 O116400200009 DATA 3 28 O116400200010 ANG-CM DATA DATA-ERR O116400200011 ADEG NO-DIM PER-CENT O116400200012 8.37 0.74 7. O116400200013 10.65 0.737 3. O116400200014 12.94 0.72 4. O116400200015 15.39 0.503 3. O116400200016 19.21 0.319 3. O116400200017 21.24 0.274 3. O116400200018 24.02 0.328 3. O116400200019 26.33 0.385 3. O116400200020 29.98 0.348 3. O116400200021 31.98 0.258 3. O116400200022 35.08 0.141 3. O116400200023 37.54 9.69E-02 3. O116400200024 40.54 0.112 4. O116400200025 43.11 0.152 3. O116400200026 45.89 0.196 3. O116400200027 48.17 0.178 3. O116400200028 51.53 0.117 3. O116400200029 53.74 7.47E-02 3. O116400200030 57.05 3.59E-02 7. O116400200031 59.12 3.85E-02 3. O116400200032 62.38 5.54E-02 3. O116400200033 63.77 5.95E-02 3. O116400200034 69.18 3.63E-02 5. O116400200035 74.81 2.13E-02 9. O116400200036 79.7 3.61E-02 3. O116400200037 84.49 3.31E-02 5. O116400200038 90.26 1.16E-02 12. O116400200039 95.72 7.E-04 60. O116400200040 ENDDATA 30 0 O116400200041 ENDSUBENT 40 0 O116400299999 SUBENT O1164003 20041028 0000O116400300001 BIB 3 3 O116400300002 REACTION (15-P-31(HE3,D)16-S-32,PAR,DA) Fig 3, 4, 5, 6 O116400300003 EN-SEC (E-LVL,16-S-32) O116400300004 ERR-ANALYS (ERR-DIG).Digitizing error of data. O116400300005 ENDBIB 3 0 O116400300006 COMMON 2 3 O116400300007 ANG-ERR-D ERR-DIG O116400300008 ADEG PER-CENT O116400300009 0.35 2.1 O116400300010 ENDCOMMON 3 0 O116400300011 DATA 4 878 O116400300012 E-LVL ANG-CM DATA DATA-ERR O116400300013 MEV ADEG MB/SR PER-CENT O116400300014 0. 5.4 22.6 O116400300015 0. 8.3 8.11 O116400300016 0. 12.4 2.01 O116400300017 0. 14.3 0.268 O116400300018 0. 14.4 0.98 O116400300019 0. 17.4 2.44 O116400300020 0. 19. 3.62 O116400300021 0. 22.7 3.05 O116400300022 0. 28.3 0.557 O116400300023 0. 33.6 0.345 O116400300024 0. 38.6 0.844 O116400300025 0. 44.4 0.456 O116400300026 0. 50. 0.0898 O116400300027 0. 55. 0.0921 O116400300028 0. 59.8 0.0888 O116400300029 0. 65.2 0.0364 O116400300030 2.23 8.1 3.72 O116400300031 2.23 15.3 4.98 O116400300032 2.23 18.7 4.2 O116400300033 2.23 21.3 3.43 O116400300034 2.23 24.4 2.02 O116400300035 2.23 29.3 0.713 O116400300036 2.23 34.9 0.805 O116400300037 2.23 39.6 0.646 O116400300038 2.23 45.3 0.225 O116400300039 2.23 50.3 0.145 O116400300040 2.23 55.8 0.197 O116400300041 2.23 61. 0.1379 O116400300042 2.23 66.8 0.0633 O116400300043 3.779 8.4 8.77 O116400300044 3.779 10.7 3.46 O116400300045 3.779 14.6 0.982 O116400300046 3.779 16.9 0.353 O116400300047 3.779 19.6 0.838 O116400300048 3.779 22. 1.373 O116400300049 3.779 25.1 1.248 O116400300050 3.779 30. 0.36 O116400300051 3.779 36. 0.0917 O116400300052 3.779 40.5 0.301 O116400300053 3.779 46.3 0.253 O116400300054 3.779 52.3 0.0775 O116400300055 3.779 57.7 0.034 O116400300056 3.779 62.2 0.0383 O116400300057 3.779 67.7 0.0236 O116400300058 4.282 7.4 0.0789 O116400300059 4.282 9.7 0.0685 O116400300060 4.282 12.9 0.075 O116400300061 4.282 14.7 0.0704 O116400300062 4.282 18.3 0.0574 O116400300063 4.282 20.4 0.0455 O116400300064 4.282 23.7 0.0323 7. O116400300065 4.282 28.5 0.0182 9. O116400300066 4.282 34. 0.015 7. O116400300067 4.282 39.2 0.0143 11. O116400300068 4.282 44.4 0.0116 9. O116400300069 4.282 50.1 0.0076 13. O116400300070 4.282 55. 0.006 13. O116400300071 4.282 60.2 0.0054 13. O116400300072 4.282 65.3 0.0035 14. O116400300073 4.459 0.91 0.0298 O116400300074 4.459 1.06 0.0452 O116400300075 4.459 1.78 0.0236 7. O116400300076 4.459 2.57 0.0319 O116400300077 4.459 2.99 0.0239 5. O116400300078 4.459 3.03 0.0174 9. O116400300079 4.459 3.38 0.0158 8. O116400300080 4.459 5.75 0.0436 O116400300081 4.459 6.62 0.032 4. O116400300082 4.459 7.32 0.0259 6. O116400300083 4.459 7.79 0.0444 O116400300084 4.459 8. 0.0154 5. O116400300085 4.459 8.66 0.0144 10. O116400300086 4.459 47.9 0.0154 8. O116400300087 4.695 10.6 3.81 O116400300088 4.695 13.4 3.46 O116400300089 4.695 16.6 3.41 O116400300090 4.695 18.7 3.57 O116400300091 4.695 21.3 3.05 O116400300092 4.695 23.7 2.22 O116400300093 4.695 27.1 1.39 O116400300094 4.695 32.8 0.523 O116400300095 4.695 37.5 0.483 O116400300096 4.695 43. 0.452 O116400300097 4.695 48.2 0.209 O116400300098 4.695 53.7 0.0896 O116400300099 4.695 59. 0.1096 O116400300100 4.695 64. 0.1011 O116400300101 4.695 68.9 0.0514 O116400300102 5.006 10.8 1.76 O116400300103 5.006 13.1 2.1 O116400300104 5.006 16.3 2.45 O116400300105 5.006 18.7 2.84 O116400300106 5.006 21.3 2.93 O116400300107 5.006 23.9 2.63 O116400300108 5.006 27.4 2.18 O116400300109 5.006 32.8 1.077 O116400300110 5.006 37.8 0.392 O116400300111 5.006 43.5 0.421 O116400300112 5.006 48.8 0.36 O116400300113 5.006 54.3 0.175 O116400300114 5.006 58.7 0.1139 O116400300115 5.006 64.5 0.1321 O116400300116 5.006 70. 0.1129 O116400300117 5.413 7.2 0.256 O116400300118 5.413 10.9 0.216 O116400300119 5.413 13. 0.18 O116400300120 5.413 16.4 0.1426 O116400300121 5.413 18.5 0.1051 O116400300122 5.413 22.2 0.0626 O116400300123 5.413 27.8 0.039 7. O116400300124 5.413 33.1 0.0314 3. O116400300125 5.413 38.6 0.0264 6. O116400300126 5.413 43.6 0.0144 11. O116400300127 5.413 49.4 0.0068 15. O116400300128 5.413 54.2 0.0067 13. O116400300129 5.413 60.3 0.006 12. O116400300130 5.413 65.4 0.0047 17. O116400300131 5.549 5.8 1.395 O116400300132 5.549 8.2 1.44 O116400300133 5.549 11.9 1.392 O116400300134 5.549 16.9 1.054 O116400300135 5.549 18.8 0.775 O116400300136 5.549 22.7 0.46 O116400300137 5.549 27.9 0.21 O116400300138 5.549 33.3 0.191 O116400300139 5.549 38.9 0.166 O116400300140 5.549 44.4 0.0818 O116400300141 5.549 50.1 0.0346 4. O116400300142 5.549 55. 0.0428 4. O116400300143 5.549 60.3 0.0461 4. O116400300144 5.549 65.5 0.0227 4. O116400300145 5.798 6.8 7.63 O116400300146 5.798 8.6 6.73 O116400300147 5.798 11.8 4.85 O116400300148 5.798 17.7 1.321 O116400300149 5.798 23.6 0.88 O116400300150 5.798 28.1 1.039 O116400300151 5.798 34.4 0.449 O116400300152 5.798 39.6 0.166 O116400300153 5.798 44.7 0.212 O116400300154 5.798 50.6 0.148 O116400300155 5.798 56.3 0.0724 O116400300156 5.798 61.4 0.0514 O116400300157 5.798 66.2 0.0536 O116400300158 6.224 7.4 8.57 O116400300159 6.224 9.5 7.24 O116400300160 6.224 12.7 5.33 O116400300161 6.224 15.3 3.36 O116400300162 6.224 18.7 1.82 O116400300163 6.224 20.4 0.927 O116400300164 6.224 29.6 1.15 O116400300165 6.224 34.8 0.577 O116400300166 6.224 39.7 0.219 O116400300167 6.224 45.6 0.252 O116400300168 6.224 50.2 0.206 O116400300169 6.224 55.9 0.1101 O116400300170 6.224 61.5 0.0664 O116400300171 6.224 66.3 0.0654 O116400300172 6.41 1.62 0.0076 22. O116400300173 6.41 2.24 0.0091 11. O116400300174 6.41 3.25 0.0057 14. O116400300175 6.41 3.53 0.0046 22. O116400300176 6.41 4.32 0.0028 25. O116400300177 6.41 4.54 0.0011 40. O116400300178 6.41 6.91 0.0078 10. O116400300179 6.41 7.82 0.0067 19. O116400300180 6.41 8.28 0.0052 17. O116400300181 6.41 8.79 0.0025 28. O116400300182 6.41 59.3 0.0022 23. O116400300183 6.58 1.58 0.0101 23. O116400300184 6.58 1.91 0.0053 26. O116400300185 6.58 3.25 0.0016 40. O116400300186 6.58 3.61 0.0029 60. O116400300187 6.58 4.24 0.0013 30. O116400300188 6.58 4.28 0.0007 230. O116400300189 6.58 6.65 0.0098 16. O116400300190 6.58 7.19 0.0053 25. O116400300191 6.58 8.54 0.0016 40. O116400300192 6.58 8.65 0.0014 40. O116400300193 6.58 59.2 0.0025 60. O116400300194 6.621 10.5 3.95 O116400300195 6.621 13.7 4.27 O116400300196 6.621 15.8 4.33 O116400300197 6.621 19.6 4.33 O116400300198 6.621 20.9 3.64 O116400300199 6.621 24.6 2.92 O116400300200 6.621 30.1 1.44 O116400300201 6.621 35.6 0.6 O116400300202 6.621 46.2 0.452 O116400300203 6.621 50.7 0.245 O116400300204 6.621 56.7 0.131 O116400300205 6.621 61.5 0.1227 O116400300206 6.621 66.9 0.1151 O116400300207 6.666 8.8 0.733 O116400300208 6.666 10.1 0.646 O116400300209 6.666 13.3 0.73 O116400300210 6.666 16.2 0.633 O116400300211 6.666 18.6 0.477 O116400300212 6.666 20.7 0.389 O116400300213 6.666 24.4 0.322 O116400300214 6.666 29.7 0.156 O116400300215 6.666 34.9 0.0889 O116400300216 6.666 40.5 0.0745 O116400300217 6.666 45.3 0.0503 O116400300218 6.666 51. 0.02 4. O116400300219 6.666 56. 0.0162 4. O116400300220 6.666 62. 0.0221 4. O116400300221 6.666 65.9 0.0177 4. O116400300222 6.762 1.81 0.045 11. O116400300223 6.762 2.59 0.027 10. O116400300224 6.762 3.73 0.025 7. O116400300225 6.762 3.91 0.0274 8. O116400300226 6.762 4.59 0.0121 12. O116400300227 6.762 4.74 0.0121 12. O116400300228 6.762 6.5 0.074 11. O116400300229 6.762 7.91 0.03 10. O116400300230 6.762 8.79 0.024 17. O116400300231 6.762 9.44 0.0112 11. O116400300232 6.762 9.48 0.0194 13. O116400300233 6.852 1.93 0.0194 10. O116400300234 6.852 3.34 0.008 14. O116400300235 6.852 4.06 0.0072 15. O116400300236 6.852 4.96 0.0039 23. O116400300237 6.852 6.65 0.019 16. O116400300238 6.852 7.49 0.014 21. O116400300239 6.852 7.76 0.0193 11. O116400300240 6.852 8.98 0.0047 19. O116400300241 6.852 9.03 0.0081 12. O116400300242 6.852 9.81 0.0056 23. O116400300243 6.852 54.6 0.0039 21. O116400300244 7.003 5.7 6.42 O116400300245 7.003 8.1 5.85 O116400300246 7.003 11. 5.41 O116400300247 7.003 13.6 4.5 O116400300248 7.003 16.1 3.47 O116400300249 7.003 18.4 2.52 O116400300250 7.003 21.9 1.62 O116400300251 7.003 27. 0.765 O116400300252 7.003 32.4 0.589 O116400300253 7.003 37.4 0.497 O116400300254 7.003 42.8 0.295 O116400300255 7.003 47.5 0.144 O116400300256 7.003 53.1 0.1309 O116400300257 7.003 58.4 0.1209 O116400300258 7.003 63.2 0.0741 O116400300259 7.116 3.9 8.66 O116400300260 7.116 6.1 9.2 O116400300261 7.116 9.5 8.76 O116400300262 7.116 11. 7.16 O116400300263 7.116 15.2 5.57 O116400300264 7.116 16.9 4.01 O116400300265 7.116 20.2 2.44 O116400300266 7.116 25.5 1.101 O116400300267 7.116 30.7 0.94 O116400300268 7.116 36.2 0.765 O116400300269 7.116 41.3 0.398 O116400300270 7.116 46.8 0.197 O116400300271 7.116 51.4 0.212 O116400300272 7.116 56.4 0.196 O116400300273 7.116 62.3 0.1224 O116400300274 7.19 11.4 0.134 O116400300275 7.19 14.7 0.219 O116400300276 7.19 16.9 0.305 O116400300277 7.19 20.3 0.25 O116400300278 7.19 25.1 0.1179 O116400300279 7.19 30.6 0.041 O116400300280 7.19 35.8 0.0696 O116400300281 7.19 41.2 0.0772 O116400300282 7.19 46.8 0.043 4. O116400300283 7.19 51.8 0.0134 7. O116400300284 7.19 56.7 0.008 13. O116400300285 7.19 62.1 0.0103 8. O116400300286 7.348 1.26 0.192 O116400300287 7.348 3.21 0.0304 6. O116400300288 7.348 4.48 0.0165 12. O116400300289 7.348 4.88 0.0069 14. O116400300290 7.348 5.02 0.0046 13. O116400300291 7.348 8.16 0.236 O116400300292 7.348 8.37 0.0342 O116400300293 7.348 9.57 0.0073 16. O116400300294 7.348 9.87 0.0087 11. O116400300295 7.348 22.8 0.0704 O116400300296 7.348 27.8 0.0439 4. O116400300297 7.434 2.9 3.32 O116400300298 7.434 5.7 2.76 O116400300299 7.434 8.6 2.2 O116400300300 7.434 10.2 1.347 O116400300301 7.434 13.4 0.698 O116400300302 7.434 23.9 0.455 O116400300303 7.434 29.4 0.212 O116400300304 7.434 34.3 0.1277 O116400300305 7.434 39.6 0.1317 O116400300306 7.434 44.7 0.0885 O116400300307 7.434 50.3 0.0458 O116400300308 7.434 55.7 0.0264 O116400300309 7.434 60.2 0.0256 O116400300310 7.485 0.54 0.0132 8. O116400300311 7.485 1.26 0.0087 13. O116400300312 7.485 2.65 0.401 O116400300313 7.485 4.37 0.0544 O116400300314 7.485 4.42 0.386 O116400300315 7.485 5.21 0.0266 6. O116400300316 7.485 5.83 0.0119 13. O116400300317 7.485 6.37 0.435 O116400300318 7.485 6.52 0.0067 10. O116400300319 7.485 7.34 0.342 O116400300320 7.485 8.92 0.423 O116400300321 7.485 8.94 0.075 7. O116400300322 7.485 9.94 0.189 O116400300323 7.485 40.2 0.0394 5. O116400300324 7.536 1.6 2.81 O116400300325 7.536 3.7 1.278 O116400300326 7.536 5.7 0.439 O116400300327 7.536 8.4 0.226 O116400300328 7.536 11.3 0.418 O116400300329 7.536 13.8 0.578 O116400300330 7.536 17. 0.503 O116400300331 7.536 21.9 0.192 O116400300332 7.536 25.9 0.0422 O116400300333 7.536 32.1 0.0971 O116400300334 7.536 37.5 0.1279 O116400300335 7.536 42.9 0.0677 O116400300336 7.536 47.9 0.0276 4. O116400300337 7.536 52.3 0.0093 11. O116400300338 7.536 57.7 0.011 9. O116400300339 7.702 1.7 0.38 O116400300340 7.702 3.6 0.436 O116400300341 7.702 7. 0.373 O116400300342 7.702 8.9 0.396 O116400300343 7.702 12.1 0.361 O116400300344 7.702 14.1 0.304 O116400300345 7.702 17.2 0.256 O116400300346 7.702 27.7 0.0813 O116400300347 7.702 32.8 0.0502 O116400300348 7.702 38.4 0.0533 O116400300349 7.702 43.5 0.0274 4. O116400300350 7.702 49.1 0.0154 4. O116400300351 7.702 53.5 0.01278 4. O116400300352 7.702 59.3 0.00965 6. O116400300353 7.877 1.9 1.79 O116400300354 7.877 7.2 1.46 O116400300355 7.877 10.7 1.002 O116400300356 7.877 12.1 0.618 O116400300357 7.877 15.6 0.337 O116400300358 7.877 17.8 0.204 O116400300359 7.877 21.1 0.211 O116400300360 7.877 26.4 0.254 O116400300361 7.877 37.3 0.0596 O116400300362 7.877 42.6 0.0596 O116400300363 7.877 48.4 0.0479 O116400300364 7.877 53.6 0.0269 O116400300365 7.877 58.6 0.0206 O116400300366 7.877 64.1 0.0163 10. O116400300367 7.95 4. 0.647 O116400300368 7.95 6.5 0.656 O116400300369 7.95 9.8 0.696 O116400300370 7.95 11.7 0.695 O116400300371 7.95 15. 0.61 O116400300372 7.95 20.4 0.408 O116400300373 7.95 26. 0.18 O116400300374 7.95 31.1 0.1188 O116400300375 7.95 36.8 0.0832 O116400300376 7.95 42. 0.0612 5. O116400300377 7.95 47. 0.0221 9. O116400300378 7.95 52.5 0.0165 16. O116400300379 7.95 58. 0.0161 17. O116400300380 7.95 62.7 0.0166 14. O116400300381 7.973 4.7 0.64 5. O116400300382 7.973 6.9 0.63 O116400300383 7.973 9.9 0.6 O116400300384 7.973 12.4 0.628 O116400300385 7.973 15.2 0.553 O116400300386 7.973 20.9 0.365 O116400300387 7.973 26.2 0.212 O116400300388 7.973 31.3 0.0988 O116400300389 7.973 41.7 0.061 8. O116400300390 7.973 47. 0.0339 7. O116400300391 7.973 52.7 0.0216 9. O116400300392 7.973 57.2 0.027 7. O116400300393 7.973 62.6 0.0219 11. O116400300394 8.126 6.2 4.39 O116400300395 8.126 7.2 2.21 O116400300396 8.126 10.5 0.944 3. O116400300397 8.126 12.9 0.602 O116400300398 8.126 16.3 0.728 O116400300399 8.126 19.1 0.894 O116400300400 8.126 22.1 0.877 O116400300401 8.126 27. 0.369 O116400300402 8.126 33.3 0.0974 4. O116400300403 8.126 43.6 0.202 4. O116400300404 8.126 48.2 0.13 4. O116400300405 8.126 53.7 0.0566 O116400300406 8.126 59.5 0.0354 4. O116400300407 8.126 64.7 0.0301 4. O116400300408 8.194 1.59 0.0107 17. O116400300409 8.194 2.78 0.0039 40. O116400300410 8.194 3.26 0.0044 27. O116400300411 8.194 6.61 0.0092 18. O116400300412 8.194 8.81 0.003 30. O116400300413 8.194 27.2 0.0054 40. O116400300414 8.274 1.84 0.0052 30. O116400300415 8.274 2.35 0.0097 16. O116400300416 8.274 3.72 0.0032 25. O116400300417 8.274 3.83 0.0065 15. O116400300418 8.274 6.43 0.0099 20. O116400300419 8.274 6.86 0.0101 18. O116400300420 8.274 7.79 0.0082 15. O116400300421 8.274 8.15 0.0071 15. O116400300422 8.274 8.35 0.0068 13. O116400300423 8.294 6. 0.968 4. O116400300424 8.294 7.9 1.099 O116400300425 8.294 11.3 1.133 O116400300426 8.294 14. 1.079 O116400300427 8.294 17.1 0.919 O116400300428 8.294 19.5 0.746 O116400300429 8.294 22.6 0.586 O116400300430 8.294 32.7 0.151 O116400300431 8.294 38.2 0.1241 O116400300432 8.294 49.5 0.0514 O116400300433 8.294 54.7 0.0308 O116400300434 8.294 59.7 0.0327 4. O116400300435 8.294 65.5 0.0249 4. O116400300436 8.345 1.67 0.0264 10. O116400300437 8.345 2.46 0.0156 9. O116400300438 8.345 3.64 0.0087 17. O116400300439 8.345 4.13 0.0065 14. O116400300440 8.345 5.01 0.033 30. O116400300441 8.345 6.46 0.033 15. O116400300442 8.345 6.93 0.0239 12. O116400300443 8.345 7.52 0.0141 10. O116400300444 8.345 8.39 0.01 11. O116400300445 8.345 8.82 0.0066 23. O116400300446 8.345 10.7 0.031 13. O116400300447 8.38 0.47 0.01662 3. O116400300448 8.38 1.37 0.0051 10. O116400300449 8.38 2.37 0.0044 18. O116400300450 8.38 3.19 0.201 3. O116400300451 8.38 5.29 0.0276 3. O116400300452 8.38 7.07 0.0048 17. O116400300453 8.38 7.24 0.0036 19. O116400300454 8.38 7.91 0.231 9. O116400300455 8.38 9.89 0.0414 5. O116400300456 8.38 25. 0.0482 3. O116400300457 8.407 1.07 0.0166 17. O116400300458 8.407 1.51 0.0114 15. O116400300459 8.407 2.39 0.0053 30. O116400300460 8.407 6.47 0.0201 9. O116400300461 8.407 7.03 0.0048 40. O116400300462 8.407 7.47 0.0049 27. O116400300463 8.407 8.13 0.0054 20. O116400300464 8.502 5.7 5.49 O116400300465 8.502 8.7 4.3 O116400300466 8.502 11.5 3.31 O116400300467 8.502 19.4 0.829 O116400300468 8.502 23. 0.788 O116400300469 8.502 27.4 0.69 O116400300470 8.502 38.9 0.184 O116400300471 8.502 44.7 0.164 O116400300472 8.502 49.9 0.1143 O116400300473 8.502 55.4 0.0615 O116400300474 8.502 60.7 0.0436 O116400300475 8.502 65.3 0.0376 O116400300476 8.694 0.37 0.01442 O116400300477 8.694 1.25 0.0104 18. O116400300478 8.694 1.96 0.0124 19. O116400300479 8.694 3.03 0.0023 26. O116400300480 8.694 3.58 0.002 30. O116400300481 8.694 5.78 0.027 11. O116400300482 8.694 7.76 0.0041 22. O116400300483 8.694 8.25 0.012 20. O116400300484 8.694 8.38 0.0017 29. O116400300485 8.694 42.6 0.0035 26. O116400300486 8.728 0.98 0.279 O116400300487 8.728 2.72 0.0127 10. O116400300488 8.728 3.92 0.272 O116400300489 8.728 5.21 0.0823 O116400300490 8.728 5.88 0.0451 3. O116400300491 8.728 6.09 0.265 O116400300492 8.728 6.71 0.0218 9. O116400300493 8.728 7.97 0.0098 12. O116400300494 8.728 8.61 0.276 5. O116400300495 8.728 9.52 0.1774 O116400300496 8.728 41.3 0.0315 6. O116400300497 8.728 57.4 0.0128 12. O116400300498 8.858 0.99 0.1161 O116400300499 8.858 1.63 0.054 6. O116400300500 8.858 3.58 0.0128 10. O116400300501 8.858 4.67 0.0055 13. O116400300502 8.858 5.76 0.143 8. O116400300503 8.858 6.24 0.0701 O116400300504 8.858 7.26 0.124 O116400300505 8.858 7.44 0.0215 13. O116400300506 8.858 7.94 0.0154 6. O116400300507 8.858 8.38 0.007 14. O116400300508 8.858 9.34 0.004 8. O116400300509 9.021 4.7 0.887 O116400300510 9.021 7.1 0.945 O116400300511 9.021 10. 0.878 O116400300512 9.021 12.3 0.83 O116400300513 9.021 15.7 0.72 O116400300514 9.021 20.8 0.491 O116400300515 9.021 26.6 0.251 O116400300516 9.021 31. 0.1205 O116400300517 9.021 36.8 0.1151 O116400300518 9.021 42.1 0.0698 O116400300519 9.021 48.1 0.043 4. O116400300520 9.021 59. 0.015 4. O116400300521 9.021 64.1 0.01076 O116400300522 9.061 5.2 2.72 O116400300523 9.061 7.4 2.11 O116400300524 9.061 10.4 1.46 O116400300525 9.061 10.9 1.177 O116400300526 9.061 12.7 0.762 O116400300527 9.061 15.4 0.446 O116400300528 9.061 26.9 0.306 O116400300529 9.061 31.9 0.176 O116400300530 9.061 37.8 0.096 O116400300531 9.061 48.5 0.0717 O116400300532 9.061 54.2 0.0511 O116400300533 9.061 58.9 0.0309 O116400300534 9.061 61.5 0.0187 O116400300535 9.209 4.4 1.49 O116400300536 9.209 7.6 1.212 O116400300537 9.209 10.9 0.92 O116400300538 9.209 12.6 0.749 O116400300539 9.209 15.5 0.63 O116400300540 9.209 17.9 0.425 O116400300541 9.209 20.7 0.351 O116400300542 9.209 26.5 0.27 O116400300543 9.209 32.2 0.191 O116400300544 9.209 37.7 0.098 O116400300545 9.209 42.3 0.0781 4. O116400300546 9.209 47.9 0.0474 O116400300547 9.209 53.6 0.0324 O116400300548 9.209 63.4 0.0081 7. O116400300549 9.238 6.7 1.06 13. O116400300550 9.238 8.6 0.85 O116400300551 9.238 12.2 0.625 O116400300552 9.238 13.5 0.417 O116400300553 9.238 17.4 0.273 4. O116400300554 9.238 18.7 0.223 O116400300555 9.238 22.4 0.19 O116400300556 9.238 27.6 0.174 7. O116400300557 9.238 32.9 0.116 9. O116400300558 9.238 38.6 0.049 8. O116400300559 9.238 43.4 0.0402 7. O116400300560 9.238 54.2 0.024 6. O116400300561 9.238 64.5 0.0204 8. O116400300562 9.255 5.7 1.109 O116400300563 9.255 8.3 0.902 O116400300564 9.255 11.3 0.709 O116400300565 9.255 13.3 0.607 O116400300566 9.255 16.7 0.511 O116400300567 9.255 18.6 0.382 O116400300568 9.255 22.4 0.213 O116400300569 9.255 32.6 0.153 6. O116400300570 9.255 37.9 0.094 7. O116400300571 9.255 43.5 0.057 11. O116400300572 9.255 53.8 0.0239 12. O116400300573 9.255 64.1 0.0186 15. O116400300574 9.292 5.8 0.666 O116400300575 9.292 7.8 0.469 O116400300576 9.292 10. 0.294 O116400300577 9.292 12.3 0.203 10. O116400300578 9.292 14.9 0.181 9. O116400300579 9.292 17.4 0.183 O116400300580 9.292 20. 0.171 O116400300581 9.292 25.9 0.092 11. O116400300582 9.292 30.5 0.0967 O116400300583 9.292 35. 0.043 9. O116400300584 9.292 40.4 0.0537 O116400300585 9.292 49.1 0.0178 6. O116400300586 9.292 58.8 0.0104 9. O116400300587 9.395 5.5 10.58 O116400300588 9.395 11.6 5.04 O116400300589 9.395 12.6 3.53 O116400300590 9.395 16.1 1.84 O116400300591 9.395 18.3 1.4 O116400300592 9.395 21.5 1.34 O116400300593 9.395 26.9 1.219 O116400300594 9.395 31.9 0.678 O116400300595 9.395 42.6 0.266 O116400300596 9.395 47.9 0.197 O116400300597 9.395 53.5 0.1173 O116400300598 9.395 58.6 0.0841 O116400300599 9.395 64. 0.0635 O116400300600 9.493 4.2 1.68 O116400300601 9.493 7. 1.277 O116400300602 9.493 10.3 0.804 O116400300603 9.493 12.7 0.533 O116400300604 9.493 15.5 0.348 O116400300605 9.493 17.9 0.208 O116400300606 9.493 20.6 0.273 O116400300607 9.493 26.3 0.233 O116400300608 9.493 31.6 0.1236 O116400300609 9.493 42.2 0.0506 O116400300610 9.493 47.7 0.047 O116400300611 9.493 53.2 0.0468 O116400300612 9.493 58.4 0.0192 7. O116400300613 9.562 0.11 0.324 O116400300614 9.562 1.58 0.1152 O116400300615 9.562 2.18 0.272 O116400300616 9.562 2.65 0.0241 7. O116400300617 9.562 3.09 0.0112 9. O116400300618 9.562 6.18 0.206 O116400300619 9.562 6.87 0.074 5. O116400300620 9.562 7.85 0.169 O116400300621 9.562 8.12 0.0106 9. O116400300622 9.562 8.44 0.0113 11. O116400300623 9.562 32.2 0.0515 5. O116400300624 9.652 13.3 0.594 O116400300625 9.652 16.8 0.344 O116400300626 9.652 18.7 0.237 O116400300627 9.652 21.5 0.171 O116400300628 9.652 27.2 0.136 O116400300629 9.652 32.6 0.1047 O116400300630 9.652 43.2 0.0734 O116400300631 9.652 48.1 0.039 O116400300632 9.652 53.2 0.0311 O116400300633 9.652 59.5 0.0453 O116400300634 9.732 5. 4.19 O116400300635 9.732 10.9 2.95 O116400300636 9.732 12.3 2.57 O116400300637 9.732 17.9 1.5 O116400300638 9.732 21.5 1.117 O116400300639 9.732 26.3 0.736 O116400300640 9.732 31.3 0.402 O116400300641 9.732 42.6 0.221 O116400300642 9.732 48.3 0.138 O116400300643 9.732 53.2 0.0743 O116400300644 9.732 58.4 0.0665 O116400300645 9.732 63.5 0.0477 O116400300646 9.823 4.9 2. O116400300647 9.823 10.3 1.79 O116400300648 9.823 27.2 0.52 O116400300649 9.823 31.6 0.268 O116400300650 9.823 42.7 0.146 O116400300651 9.823 48.2 0.0859 O116400300652 9.823 53.1 0.0393 O116400300653 9.823 58.3 0.0303 O116400300654 9.823 63.9 0.038 O116400300655 9.853 5.3 1.12 4. O116400300656 9.853 10.3 0.512 O116400300657 9.853 26.3 0.136 O116400300658 9.853 31.9 0.0785 4. O116400300659 9.853 42.5 0.029 14. O116400300660 9.853 47.7 0.0286 7. O116400300661 9.853 52.7 0.0173 5. O116400300662 9.853 57.5 0.0139 10. O116400300663 9.853 63.4 0.0206 O116400300664 9.893 5.3 0.758 4. O116400300665 9.893 11. 0.455 O116400300666 9.893 13.6 0.377 O116400300667 9.893 16.7 0.273 O116400300668 9.893 18.8 0.242 O116400300669 9.893 27.8 0.0817 O116400300670 9.893 32.7 0.0749 O116400300671 9.893 43.6 0.036 O116400300672 9.893 49.3 0.022 O116400300673 9.893 54.5 0.0146 5. O116400300674 9.893 59.4 0.01271 7. O116400300675 9.955 4.9 0.864 O116400300676 9.955 6.8 0.635 O116400300677 9.955 10.4 0.466 O116400300678 9.955 12.3 0.326 O116400300679 9.955 15.3 0.209 O116400300680 9.955 17.6 0.173 O116400300681 9.955 26.7 0.11 5. O116400300682 9.955 32. 0.0638 O116400300683 9.955 37. 0.0395 O116400300684 9.955 42.4 0.032 5. O116400300685 9.955 48.1 0.0212 6. O116400300686 9.955 53.4 0.0155 5. O116400300687 9.955 58.7 0.008 13. O116400300688 9.955 63.9 0.00818 O116400300689 9.985 7. 2.68 O116400300690 9.985 9.3 2.58 O116400300691 9.985 12.2 2.36 O116400300692 9.985 14.2 2.09 O116400300693 9.985 18. 1.79 O116400300694 9.985 20.8 1.5 O116400300695 9.985 29. 0.516 O116400300696 9.985 35.1 0.347 O116400300697 9.985 40.2 0.23 O116400300698 9.985 45.7 0.193 O116400300699 9.985 51.1 0.11 O116400300700 9.985 55.6 0.0607 O116400300701 9.985 61.7 0.046 O116400300702 9.985 66.6 0.0386 O116400300703 10.021 11.4 1.72 O116400300704 10.021 16.9 1.48 O116400300705 10.021 22.3 1.205 O116400300706 10.021 33.1 0.304 3. O116400300707 10.021 37.8 0.206 4. O116400300708 10.021 43.7 0.106 21. O116400300709 10.021 48.8 0.096 18. O116400300710 10.021 53.9 0.074 18. O116400300711 10.072 3.5 10.91 O116400300712 10.072 9.6 5.46 O116400300713 10.072 15.4 2.12 O116400300714 10.072 20.7 1.41 O116400300715 10.072 26.2 1.253 O116400300716 10.072 32. 0.729 O116400300717 10.072 37.3 0.347 O116400300718 10.072 43.1 0.313 O116400300719 10.072 48.1 0.212 O116400300720 10.072 53.9 0.132 O116400300721 10.072 58.8 0.0768 O116400300722 10.072 64.7 0.068 O116400300723 10.223 5.6 8.33 O116400300724 10.223 11.2 7.01 O116400300725 10.223 16.5 6. O116400300726 10.223 22.6 3.3 O116400300727 10.223 27.4 1.64 O116400300728 10.223 33.2 0.983 O116400300729 10.223 38.5 0.641 O116400300730 10.223 44.4 0.496 O116400300731 10.223 49.4 0.273 O116400300732 10.223 55.3 0.143 O116400300733 10.223 60.9 0.0931 O116400300734 10.223 66.5 0.101 O116400300735 10.257 6.2 15.4 O116400300736 10.257 12.1 12.77 O116400300737 10.257 17.6 10.96 O116400300738 10.257 22.6 6.5 O116400300739 10.257 28.8 3.15 O116400300740 10.257 33.8 1.75 O116400300741 10.257 39.7 1.187 O116400300742 10.257 45. 0.921 O116400300743 10.257 51.5 0.52 O116400300744 10.257 56.5 0.279 O116400300745 10.257 61.8 0.189 O116400300746 10.257 67.1 0.162 O116400300747 10.287 7.1 3.88 O116400300748 10.287 12.9 2.66 O116400300749 10.287 18.8 2.1 O116400300750 10.287 24.1 1.174 O116400300751 10.287 29.7 0.68 O116400300752 10.287 35.3 0.407 O116400300753 10.287 40. 0.209 O116400300754 10.287 45.9 0.171 O116400300755 10.287 52.1 0.1057 O116400300756 10.287 57.6 0.0645 O116400300757 10.287 63.2 0.0482 O116400300758 10.287 68.2 0.0443 O116400300759 10.33 8.5 3.83 O116400300760 10.33 14.4 1.73 O116400300761 10.33 20.6 0.758 O116400300762 10.33 25.6 0.526 O116400300763 10.33 31.8 0.376 O116400300764 10.33 37.1 0.261 O116400300765 10.33 42.6 0.1181 O116400300766 10.33 48.2 0.141 O116400300767 10.33 53.2 0.0995 O116400300768 10.33 58.5 0.0582 O116400300769 10.33 65. 0.0282 O116400300770 10.33 69.4 0.0228 O116400300771 10.368 9.7 0.961 O116400300772 10.368 16.5 0.536 O116400300773 10.368 22.1 0.305 O116400300774 10.368 27.1 0.162 O116400300775 10.368 32.9 0.0679 O116400300776 10.368 38.8 0.0719 O116400300777 10.368 44.4 0.0508 O116400300778 10.368 49.7 0.044 O116400300779 10.395 12.1 5.48 O116400300780 10.395 17.6 3.74 O116400300781 10.395 23.2 2.87 O116400300782 10.395 29.1 1.74 O116400300783 10.395 34.7 0.923 O116400300784 10.395 40.3 0.489 O116400300785 10.395 45.9 0.339 O116400300786 10.395 50.9 0.279 O116400300787 10.395 56.5 0.161 O116400300788 10.395 62.4 0.0928 O116400300789 10.395 68.5 0.0499 O116400300790 10.395 72.4 0.0464 O116400300791 10.533 0.71 0.1571 O116400300792 10.533 0.91 0.0472 5. O116400300793 10.533 1.98 0.0234 9. O116400300794 10.533 2.58 0.0144 11. O116400300795 10.533 4.76 0.307 O116400300796 10.533 7.15 0.0174 12. O116400300797 10.533 9.81 0.426 O116400300798 10.533 26.1 0.085 7. O116400300799 10.624 5.8 0.785 O116400300800 10.624 11.1 0.834 O116400300801 10.624 17.5 0.688 O116400300802 10.624 22.5 0.356 O116400300803 10.624 28.4 0.191 O116400300804 10.624 33.9 0.1165 O116400300805 10.624 38.9 0.0725 O116400300806 10.624 45. 0.0662 4. O116400300807 10.624 50.3 0.0285 4. O116400300808 10.624 54.7 0.0232 5. O116400300809 10.624 60.2 0.0159 6. O116400300810 10.624 66.1 0.0136 8. O116400300811 10.698 7.6 5.55 O116400300812 10.698 12.9 3.66 O116400300813 10.698 18.7 1.74 O116400300814 10.698 24. 1.091 O116400300815 10.698 29.5 0.867 O116400300816 10.698 34.5 0.474 O116400300817 10.698 40.6 0.323 O116400300818 10.698 50.9 0.184 O116400300819 10.698 56.7 0.1211 O116400300820 10.698 63.5 0.0796 O116400300821 10.698 67.5 0.0535 O116400300822 10.777 19.9 0.948 O116400300823 10.777 25.1 0.724 O116400300824 10.777 31.3 0.424 O116400300825 10.777 36. 0.298 O116400300826 10.777 41.5 0.203 O116400300827 10.777 52.9 0.1055 O116400300828 10.777 57.9 0.0742 O116400300829 10.777 62.9 0.0596 O116400300830 10.777 68.1 0.0373 O116400300831 10.826 21.1 0.771 O116400300832 10.826 26.6 0.519 O116400300833 10.826 32.2 0.374 O116400300834 10.826 38.3 0.231 O116400300835 10.826 42.7 0.153 O116400300836 10.826 54.1 0.0769 O116400300837 10.826 59.9 0.0476 O116400300838 10.826 65.2 0.0366 O116400300839 10.826 70.5 0.0334 O116400300840 10.977 33.9 0.194 O116400300841 10.977 39.8 0.1103 O116400300842 10.977 45. 0.0807 O116400300843 10.977 50. 0.0633 O116400300844 10.977 60.8 0.0286 O116400300845 10.977 65.8 0.0213 O116400300846 10.977 71.6 0.0167 O116400300847 11.091 5.6 0.6 7. O116400300848 11.091 11.5 0.577 O116400300849 11.091 16.8 0.667 O116400300850 11.091 27.5 0.159 5. O116400300851 11.091 33.1 0.0863 O116400300852 11.091 38.7 0.0635 O116400300853 11.091 44.3 0.0499 O116400300854 11.091 55.5 0.0228 4. O116400300855 11.198 6.2 1.164 O116400300856 11.198 12.1 1.062 O116400300857 11.198 17.4 0.764 O116400300858 11.198 34.5 0.152 O116400300859 11.198 39.6 0.102 O116400300860 11.198 44.9 0.0841 O116400300861 11.936 7.4 0.621 O116400300862 11.936 13. 0.706 O116400300863 11.936 18.3 0.491 O116400300864 11.936 23.9 0.265 O116400300865 11.936 30.1 0.184 O116400300866 11.936 35.4 0.108 O116400300867 11.936 41.3 0.092 O116400300868 12.044 8.9 2.19 O116400300869 12.044 14.5 1.58 O116400300870 12.044 19.5 1.225 O116400300871 12.044 25.1 0.747 O116400300872 12.044 30.4 0.433 O116400300873 12.044 36. 0.234 O116400300874 12.044 41.9 0.131 O116400300875 12.044 58.5 0.0478 O116400300876 12.16 9.4 2.39 O116400300877 12.16 14.5 1.63 O116400300878 12.16 20.7 0.932 O116400300879 12.16 26. 0.553 O116400300880 12.16 32.2 0.339 O116400300881 12.16 37.5 0.204 O116400300882 12.16 43.1 0.159 O116400300883 12.16 49. 0.1285 O116400300884 12.16 59.4 0.0395 5. O116400300885 12.235 10. 0.899 O116400300886 12.235 17.1 0.533 O116400300887 12.235 21.9 0.322 4. O116400300888 12.235 27.5 0.207 4. O116400300889 12.235 33.4 0.119 5. O116400300890 12.235 38.7 0.0892 5. O116400300891 12.235 44. 0.0557 5. O116400300892 ENDDATA 880 0 O116400300893 ENDSUBENT 892 0 O116400399999 ENDENTRY 3 0 O116499999999