ENTRY C2099 20140414 C142C209900000001 SUBENT C2099001 20140414 C142C209900100001 BIB 8 24 C209900100002 TITLE Levels of 32S studied by the 31P(p,alpha0)28Si reactionC209900100003 AUTHOR (P.J.Riley, G.A.Lock, J.A.Rawlins, Y.M.Shin) C209900100004 REFERENCE (J,NP/A,96,(3),641,1967) C209900100005 #doi:10.1016/0375-9474(67)90611-2 C209900100006 INSTITUTE (1USATEX) C209900100007 FACILITY (ACCEL,1USATEX) 1-2.8 MeV energy range. C209900100008 (VDGT,1USATEX) 2.8-5.5 MeV energy range. C209900100009 DETECTOR (SIBAR) Four surface barrier detectors with 25 mm2 C209900100010 active area, and 300 microm depletion depth were C209900100011 used. C209900100012 METHOD The surface barrier detectors were mounted in a 20.3 C209900100013 cm diam scattering chamber. Each detector subtended a C209900100014 solid angle of approximately 0.0025 sr. Yield curve C209900100015 measurements were carried out only between 1.98 and C209900100016 2.10 MeV, where several closely spaced resonances C209900100017 occur. Energy steps of approximately 1 keV were C209900100018 taken. Conventional electronics were employed; the C209900100019 outputs of the solid-state detectors were fed, after C209900100020 amplification, into a TMC 400-channel analyser. The C209900100021 charge collected was integrated by means of an EldoradoC209900100022 Model A309A current integrator; a total charge of 60 C209900100023 microC was collected for each run. Beam currents of C209900100024 approximately 0.1 microA were used. C209900100025 HISTORY (20140414C) BP C209900100026 ENDBIB 24 0 C209900100027 NOCOMMON 0 0 C209900100028 ENDSUBENT 27 0 C209900199999 SUBENT C2099002 20140414 C142C209900200001 BIB 6 19 C209900200002 REACTION 1(15-P-31(P,0),,EN) C209900200003 2(15-P-31(P,0),,J) C209900200004 3(15-P-31(P,0),,PTY) C209900200005 4(15-P-31(P,TOT),,WID) C209900200006 5(15-P-31(P,A),PAR,WID/STR) C209900200007 FLAG (1.) Spin and parity assignments are uncertain. C209900200008 REL-REF (A,C2104001,R.L.Clarke+,J,NP,14,472,1960) C209900200009 ANALYSIS (AREA) Resonance energies and widths were extracted C209900200010 directly from the yield curve measurements. The C209900200011 measured resonance widths were corrected for target C209900200012 thickness and beam energy spread. The area under the C209900200013 resonance was taken to be proportional to the product C209900200014 sigmaxGamma of the resonant cross section (sigma) and C209900200015 the width (Gamma). C209900200016 ERR-ANALYS1(DATA-ERR) The beam energy spread. C209900200017 4(DATA-ERR) Width error. C209900200018 STATUS (TABLE) Table 1, page 650. C209900200019 (DEP,C2099003) C209900200020 (DEP,C2099004) C209900200021 ENDBIB 19 0 C209900200022 COMMON 1 3 C209900200023 E-LVL 5 C209900200024 MEV C209900200025 0. C209900200026 ENDCOMMON 3 0 C209900200027 DATA 10 38 C209900200028 DATA 1DATA-ERR 1DATA 2DATA 3FLAG DATA 4C209900200029 DATA-MAX 4DATA-APRX 4DATA-ERR 4DATA 5 C209900200030 MEV MEV NO-DIM NO-DIM NO-DIM KEV C209900200031 KEV KEV KEV EV C209900200032 1.014 0.001 1.0 -1.0 0.8C209900200033 1.0 5.0 C209900200034 1.400 0.001 2.0 1.0 1.8C209900200035 1.0 11.0 C209900200036 1.466 0.001 3.0 -1.0 1.3C209900200037 1.0 16.0 C209900200038 1.513 0.001 1.0 -1.0 8.3C209900200039 1.0 690.0 C209900200040 1.639 0.001 0.0 1.0 2.9C209900200041 1.0 40.0 C209900200042 1.715 0.001 2.0 1.0 1.8C209900200043 1.0 26.5 C209900200044 1.815 0.001 3.0 -1.0 1. 3.1C209900200045 1.0 16.0 C209900200046 1.891 0.001 2.0 1.0 20.0C209900200047 1.0 1100.0 C209900200048 1.971 0.001 1.0 -1.0 1. 4.4C209900200049 1.0 65.0 C209900200050 1.985 0.001 1.0 -1.0 C209900200051 3.0 1.0 38.0 C209900200052 2.004 0.001 1.0 -1.0 C209900200053 6.0 1.0 68.0 C209900200054 2.011 0.001 1.0 -1.0 C209900200055 4.0 1.0 51.0 C209900200056 2.015 0.001 C209900200057 4.0 1.0 C209900200058 2.019 0.001 3.0 1. C209900200059 2.5 1.0 54.0 C209900200060 2.027 0.001 C209900200061 C209900200062 2.115 0.001 1.0 -1.0 2.1C209900200063 1.0 21.0 C209900200064 2.448 0.001 1.0 -1.0 9.0C209900200065 1.0 220.0 C209900200066 2.662 0.001 1.0 -1.0 C209900200067 4.0 1.0 29.0 C209900200068 2.808 0.002 0.0 1.0 6.1C209900200069 1.0 122.0 C209900200070 2.831 0.002 1.0 -1.0 10.7C209900200071 1.0 212.0 C209900200072 2.907 0.002 1.0 -1.0 6.6C209900200073 1.0 130.0 C209900200074 2.950 0.002 2.0 1.0 8.0C209900200075 1.0 250.0 C209900200076 3.040 0.002 1.0 -1.0 30.0C209900200077 1.0 1000.0 C209900200078 3.148 0.002 1.0 -1.0 7.6C209900200079 1.0 250.0 C209900200080 3.173 0.002 3.0 -1.0 7.3C209900200081 1.0 59.0 C209900200082 3.254 0.002 2.0 1.0 1. 11.8C209900200083 1.0 620.0 C209900200084 3.394 0.002 3.0 -1.0 6.9C209900200085 1.0 550.0 C209900200086 3.434 0.002 0.0 1.0 22.0C209900200087 1.0 300.0 C209900200088 3.545 0.002 1.0 -1.0 21.0C209900200089 1.0 600.0 C209900200090 3.640 0.002 2.0 1.0 1. 4.8C209900200091 1.0 170.0 C209900200092 3.674 0.002 3.0 -1.0 7.7C209900200093 1.0 110.0 C209900200094 3.710 0.002 3.0 -1.0 13.9C209900200095 1.0 200.0 C209900200096 3.768 0.002 2.0 1.0 7.8C209900200097 1.0 86.0 C209900200098 3.796 0.002 2.0 1.0 18.6C209900200099 1.0 290.0 C209900200100 3.837 0.002 2.0 1.0 8.4C209900200101 1.0 45.0 C209900200102 3.853 0.002 2.0 1.0 3.0C209900200103 1.0 90.0 C209900200104 3.886 0.002 3.0 -1.0 7.9C209900200105 1.0 93.0 C209900200106 4.678 0.002 3.0 -1.0 10.5C209900200107 1.0 670.0 C209900200108 ENDDATA 80 0 C209900200109 ENDSUBENT 108 0 C209900299999 SUBENT C2099003 20140414 C142C209900300001 BIB 4 11 C209900300002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA) C209900300003 SAMPLE The targets consisted of natural red phosphorus C209900300004 evaporated onto thin carbon backings. The target C209900300005 thickness was determined by low energy Rutherford C209900300006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209900300007 was used: for most of the measurements above 3 MeV, C209900300008 the target thickness was 17 microg/cm2. C209900300009 COMMENT For resonance peak cross sections, the relative error C209900300010 is estimated to be 20 percent, and the absolute error C209900300011 about 25 percent. C209900300012 STATUS (CURVE) Figs. 3-5; pages 643-644. C209900300013 ENDBIB 11 0 C209900300014 COMMON 2 3 C209900300015 ANG E-LVL C209900300016 ADEG MEV C209900300017 155.0 0.0 C209900300018 ENDCOMMON 3 0 C209900300019 DATA 2 576 C209900300020 EN DATA C209900300021 MEV MB/SR C209900300022 2.801 0.234 C209900300023 2.804 0.503 C209900300024 2.806 0.939 C209900300025 2.809 1.057 C209900300026 2.812 0.485 C209900300027 2.813 0.334 C209900300028 2.816 0.249 C209900300029 2.821 0.400 C209900300030 2.827 0.584 C209900300031 2.830 0.617 C209900300032 2.831 0.886 C209900300033 2.834 1.592 C209900300034 2.837 2.062 C209900300035 2.839 2.448 C209900300036 2.842 2.649 C209900300037 2.844 2.884 C209900300038 2.847 2.884 C209900300039 2.850 2.682 C209900300040 2.852 2.682 C209900300041 2.855 2.665 C209900300042 2.857 2.429 C209900300043 2.860 2.429 C209900300044 2.862 2.210 C209900300045 2.864 1.974 C209900300046 2.870 1.907 C209900300047 2.871 1.705 C209900300048 2.874 1.637 C209900300049 2.877 1.603 C209900300050 2.880 1.536 C209900300051 2.885 1.317 C209900300052 2.893 1.349 C209900300053 2.900 1.348 C209900300054 2.903 1.382 C209900300055 2.906 1.398 C209900300056 2.907 1.465 C209900300057 2.910 1.784 C209900300058 2.913 2.187 C209900300059 2.916 3.346 C209900300060 2.919 2.203 C209900300061 2.921 1.312 C209900300062 2.922 1.060 C209900300063 2.928 1.059 C209900300064 2.933 1.143 C209900300065 2.938 1.377 C209900300066 2.942 1.360 C209900300067 2.948 1.611 C209900300068 2.953 2.418 C209900300069 2.962 8.580 C209900300070 2.969 3.794 C209900300071 2.974 2.835 C209900300072 2.978 2.515 C209900300073 2.984 1.960 C209900300074 2.989 1.556 C209900300075 2.994 1.337 C209900300076 3.000 1.034 C209900300077 3.002 1.067 C209900300078 3.004 1.000 C209900300079 3.010 1.049 C209900300080 3.014 1.032 C209900300081 3.019 1.116 C209900300082 3.025 1.064 C209900300083 3.030 1.299 C209900300084 3.035 1.534 C209900300085 3.039 1.752 C209900300086 3.045 1.919 C209900300087 3.050 2.456 C209900300088 3.055 3.565 C209900300089 3.061 2.774 C209900300090 3.065 2.219 C209900300091 3.071 2.017 C209900300092 3.074 1.664 C209900300093 3.081 1.394 C209900300094 3.086 1.057 C209900300095 3.090 0.956 C209900300096 3.096 0.720 C209900300097 3.100 0.450 C209900300098 3.105 0.332 C209900300099 3.111 0.331 C209900300100 3.116 0.230 C209900300101 3.121 0.179 C209900300102 3.125 0.128 C209900300103 3.131 0.110 C209900300104 3.135 0.026 C209900300105 3.141 0.059 C209900300106 3.146 0.025 C209900300107 3.151 0.159 C209900300108 3.156 0.259 C209900300109 3.162 0.897 C209900300110 3.167 3.232 C209900300111 3.171 1.585 C209900300112 3.176 0.845 C209900300113 3.182 0.441 C209900300114 3.187 0.306 C209900300115 3.192 0.624 C209900300116 3.196 0.405 C209900300117 3.201 0.169 C209900300118 3.206 0.118 C209900300119 3.211 0.101 C209900300120 3.216 0.067 C209900300121 3.222 0.032 C209900300122 3.227 0.082 C209900300123 3.232 0.098 C209900300124 3.237 0.098 C209900300125 3.242 0.097 C209900300126 3.247 0.147 C209900300127 3.252 0.214 C209900300128 3.257 0.280 C209900300129 3.263 1.305 C209900300130 3.267 4.161 C209900300131 3.274 8.560 C209900300132 3.278 4.463 C209900300133 3.283 2.781 C209900300134 3.288 1.739 C209900300135 3.294 1.200 C209900300136 3.298 0.578 C209900300137 3.303 0.392 C209900300138 3.308 0.207 C209900300139 3.313 0.038 C209900300140 3.323 0.003 C209900300141 3.328 0.003 C209900300142 3.333 0.002 C209900300143 3.339 0.002 C209900300144 3.358 0.050 C209900300145 3.363 0.032 C209900300146 3.369 0.048 C209900300147 3.374 0.132 C209900300148 3.379 0.249 C209900300149 3.384 0.366 C209900300150 3.389 0.567 C209900300151 3.394 0.919 C209900300152 3.399 1.070 C209900300153 3.404 2.128 C209900300154 3.409 6.464 C209900300155 3.413 16.400 C209900300156 3.420 4.227 C209900300157 3.425 2.731 C209900300158 3.429 2.125 C209900300159 3.435 2.125 C209900300160 3.439 2.174 C209900300161 3.444 2.207 C209900300162 3.450 1.417 C209900300163 3.455 0.895 C209900300164 3.459 0.206 C209900300165 3.465 0.222 C209900300166 3.470 0.204 C209900300167 3.474 0.170 C209900300168 3.480 0.169 C209900300169 3.485 0.152 C209900300170 3.490 0.185 C209900300171 3.495 0.168 C209900300172 3.500 0.217 C209900300173 3.505 0.116 C209900300174 3.510 0.099 C209900300175 3.516 0.165 C209900300176 3.520 0.198 C209900300177 3.526 0.214 C209900300178 3.530 0.264 C209900300179 3.541 0.431 C209900300180 3.545 0.548 C209900300181 3.551 0.900 C209900300182 3.552 2.127 C209900300183 3.558 1.048 C209900300184 3.563 0.603 C209900300185 3.568 0.460 C209900300186 3.572 0.444 C209900300187 3.578 0.349 C209900300188 3.584 0.444 C209900300189 3.589 0.460 C209900300190 3.596 0.492 C209900300191 3.601 0.508 C209900300192 3.606 0.333 C209900300193 3.611 0.302 C209900300194 3.617 0.238 C209900300195 3.623 0.190 C209900300196 3.628 0.238 C209900300197 3.634 0.222 C209900300198 3.639 0.857 C209900300199 3.642 4.603 C209900300200 3.645 6.667 C209900300201 3.647 1.921 C209900300202 3.650 1.190 C209900300203 3.654 0.714 C209900300204 3.661 0.492 C209900300205 3.666 0.698 C209900300206 3.672 1.095 C209900300207 3.672 1.413 C209900300208 3.674 2.762 C209900300209 3.677 3.032 C209900300210 3.680 0.794 C209900300211 3.682 0.190 C209900300212 3.689 0.206 C209900300213 3.693 0.317 C209900300214 3.700 0.460 C209900300215 3.705 0.444 C209900300216 3.711 0.857 C209900300217 3.717 1.111 C209900300218 3.721 0.603 C209900300219 3.726 0.397 C209900300220 3.726 0.508 C209900300221 3.732 0.619 C209900300222 3.737 0.333 C209900300223 3.744 0.365 C209900300224 3.750 0.429 C209900300225 3.754 0.508 C209900300226 3.759 0.429 C209900300227 3.764 0.984 C209900300228 3.768 1.190 C209900300229 3.769 2.111 C209900300230 3.773 2.413 C209900300231 3.776 1.397 C209900300232 3.778 0.952 C209900300233 3.781 0.746 C209900300234 3.785 0.635 C209900300235 3.792 0.714 C209900300236 3.798 1.222 C209900300237 3.804 1.254 C209900300238 3.808 0.778 C209900300239 3.813 0.540 C209900300240 3.818 0.429 C209900300241 3.824 0.444 C209900300242 3.831 0.571 C209900300243 3.835 0.937 C209900300244 3.841 1.254 C209900300245 3.845 0.730 C209900300246 3.850 0.667 C209900300247 3.852 1.905 C209900300248 3.855 4.730 C209900300249 3.857 1.492 C209900300250 3.859 0.730 C209900300251 3.867 0.397 C209900300252 3.874 0.429 C209900300253 3.879 0.286 C209900300254 3.881 0.381 C209900300255 3.885 0.857 C209900300256 3.886 1.492 C209900300257 3.890 2.444 C209900300258 3.895 1.571 C209900300259 3.901 1.190 C209900300260 3.906 0.857 C209900300261 3.910 0.381 C209900300262 3.916 0.667 C209900300263 3.923 1.397 C209900300264 3.927 0.905 C209900300265 3.930 0.587 C209900300266 3.940 0.651 C209900300267 3.945 0.429 C209900300268 3.950 0.365 C209900300269 3.955 0.587 C209900300270 3.959 0.841 C209900300271 3.967 1.143 C209900300272 3.971 1.635 C209900300273 3.974 1.730 C209900300274 3.978 1.667 C209900300275 3.982 2.190 C209900300276 3.988 2.444 C209900300277 3.990 2.873 C209900300278 3.992 3.111 C209900300279 3.998 2.714 C209900300280 3.998 3.095 C209900300281 4.002 3.143 C209900300282 4.006 3.175 C209900300283 4.007 3.095 C209900300284 4.010 3.032 C209900300285 4.016 2.746 C209900300286 4.021 2.476 C209900300287 4.026 2.238 C209900300288 4.028 2.111 C209900300289 4.032 2.016 C209900300290 4.035 1.794 C209900300291 4.037 1.667 C209900300292 4.043 1.254 C209900300293 4.048 1.159 C209900300294 4.049 1.254 C209900300295 4.050 1.587 C209900300296 4.053 2.365 C209900300297 4.059 2.143 C209900300298 4.061 1.444 C209900300299 4.065 0.968 C209900300300 4.070 0.746 C209900300301 4.075 0.540 C209900300302 4.079 0.667 C209900300303 4.086 0.841 C209900300304 4.090 0.730 C209900300305 4.096 0.683 C209900300306 4.103 0.952 C209900300307 4.108 0.619 C209900300308 4.112 0.444 C209900300309 4.119 0.190 C209900300310 4.124 0.222 C209900300311 4.129 0.302 C209900300312 4.135 0.190 C209900300313 4.141 0.397 C209900300314 4.146 0.476 C209900300315 4.150 1.349 C209900300316 4.158 1.286 C209900300317 4.161 1.127 C209900300318 4.162 1.032 C209900300319 4.168 1.349 C209900300320 4.178 1.349 C209900300321 4.183 1.413 C209900300322 4.189 1.333 C209900300323 4.195 1.381 C209900300324 4.197 1.460 C209900300325 4.200 2.079 C209900300326 4.205 2.635 C209900300327 4.211 1.619 C209900300328 4.217 1.349 C209900300329 4.222 0.635 C209900300330 4.226 0.444 C209900300331 4.232 0.524 C209900300332 4.235 0.460 C209900300333 4.238 0.413 C209900300334 4.243 0.270 C209900300335 4.248 0.206 C209900300336 4.254 0.254 C209900300337 4.260 0.302 C209900300338 4.262 0.206 C209900300339 4.266 0.206 C209900300340 4.272 0.206 C209900300341 4.276 0.683 C209900300342 4.280 0.587 C209900300343 4.283 0.952 C209900300344 4.286 1.619 C209900300345 4.289 1.905 C209900300346 4.293 1.714 C209900300347 4.296 1.889 C209900300348 4.299 1.413 C209900300349 4.302 1.603 C209900300350 4.305 1.730 C209900300351 4.308 3.365 C209900300352 4.309 2.587 C209900300353 4.315 1.397 C209900300354 4.320 0.540 C209900300355 4.323 0.810 C209900300356 4.326 1.873 C209900300357 4.332 0.651 C209900300358 4.337 2.000 C209900300359 4.340 0.730 C209900300360 4.340 1.921 C209900300361 4.342 0.429 C209900300362 4.348 0.413 C209900300363 4.354 0.079 C209900300364 4.366 0.126 C209900300365 4.380 0.109 C209900300366 4.386 0.045 C209900300367 4.398 0.045 C209900300368 4.405 0.123 C209900300369 4.410 0.044 C209900300370 4.418 0.075 C209900300371 4.422 0.201 C209900300372 4.430 0.280 C209900300373 4.432 0.248 C209900300374 4.436 0.201 C209900300375 4.439 0.090 C209900300376 4.441 0.137 C209900300377 4.444 0.453 C209900300378 4.448 2.464 C209900300379 4.452 3.936 C209900300380 4.453 4.379 C209900300381 4.455 3.651 C209900300382 4.455 3.714 C209900300383 4.458 3.635 C209900300384 4.465 4.204 C209900300385 4.467 1.750 C209900300386 4.470 0.800 C209900300387 4.472 0.483 C209900300388 4.479 0.436 C209900300389 4.485 0.562 C209900300390 4.492 0.561 C209900300391 4.498 0.339 C209900300392 4.504 0.482 C209900300393 4.510 0.465 C209900300394 4.517 0.639 C209900300395 4.523 0.844 C209900300396 4.529 0.765 C209900300397 4.535 0.860 C209900300398 4.541 1.018 C209900300399 4.547 1.239 C209900300400 4.555 1.476 C209900300401 4.557 1.539 C209900300402 4.560 1.412 C209900300403 4.567 1.301 C209900300404 4.573 0.937 C209900300405 4.579 1.000 C209900300406 4.584 0.936 C209900300407 4.588 2.677 C209900300408 4.592 4.402 C209900300409 4.595 3.864 C209900300410 4.598 3.041 C209900300411 4.601 3.468 C209900300412 4.604 2.819 C209900300413 4.607 2.866 C209900300414 4.610 2.327 C209900300415 4.612 2.264 C209900300416 4.616 2.660 C209900300417 4.622 2.628 C209900300418 4.629 2.326 C209900300419 4.635 1.946 C209900300420 4.639 1.787 C209900300421 4.642 1.724 C209900300422 4.646 2.040 C209900300423 4.647 1.882 C209900300424 4.650 2.024 C209900300425 4.654 2.040 C209900300426 4.658 2.895 C209900300427 4.659 3.607 C209900300428 4.660 3.955 C209900300429 4.661 5.522 C209900300430 4.662 5.364 C209900300431 4.665 5.158 C209900300432 4.666 5.490 C209900300433 4.668 4.097 C209900300434 4.670 3.163 C209900300435 4.672 1.643 C209900300436 4.675 1.263 C209900300437 4.679 0.994 C209900300438 4.681 1.041 C209900300439 4.684 0.708 C209900300440 4.689 0.661 C209900300441 4.691 0.977 C209900300442 4.696 0.977 C209900300443 4.704 1.150 C209900300444 4.706 1.261 C209900300445 4.710 1.767 C209900300446 4.713 1.546 C209900300447 4.717 1.957 C209900300448 4.718 1.324 C209900300449 4.722 0.991 C209900300450 4.725 0.769 C209900300451 4.728 0.690 C209900300452 4.730 0.436 C209900300453 4.740 0.721 C209900300454 4.742 0.467 C209900300455 4.746 0.451 C209900300456 4.750 0.609 C209900300457 4.753 0.451 C209900300458 4.758 0.340 C209900300459 4.762 0.751 C209900300460 4.763 0.878 C209900300461 4.766 0.957 C209900300462 4.769 0.703 C209900300463 4.771 0.877 C209900300464 4.778 1.178 C209900300465 4.784 1.082 C209900300466 4.791 1.145 C209900300467 4.797 0.781 C209900300468 4.802 0.464 C209900300469 4.809 0.368 C209900300470 4.815 0.273 C209900300471 4.821 0.146 C209900300472 4.824 0.162 C209900300473 4.827 0.209 C209900300474 4.830 0.241 C209900300475 4.835 0.272 C209900300476 4.837 0.493 C209900300477 4.839 0.731 C209900300478 4.846 0.810 C209900300479 4.851 0.651 C209900300480 4.858 0.904 C209900300481 4.861 0.809 C209900300482 4.864 1.046 C209900300483 4.868 1.030 C209900300484 4.871 1.346 C209900300485 4.874 1.330 C209900300486 4.878 1.742 C209900300487 4.881 2.137 C209900300488 4.883 2.485 C209900300489 4.887 2.643 C209900300490 4.891 2.437 C209900300491 4.893 1.994 C209900300492 4.896 1.772 C209900300493 4.900 2.405 C209900300494 4.903 2.579 C209900300495 4.907 3.133 C209900300496 4.908 3.370 C209900300497 4.912 3.323 C209900300498 4.915 3.608 C209900300499 4.917 2.436 C209900300500 4.921 1.802 C209900300501 4.927 1.327 C209900300502 4.930 1.279 C209900300503 4.933 1.580 C209900300504 4.936 1.327 C209900300505 4.940 2.055 C209900300506 4.942 1.722 C209900300507 4.946 1.864 C209900300508 4.949 2.529 C209900300509 4.953 2.418 C209900300510 4.955 2.576 C209900300511 4.958 2.766 C209900300512 4.962 2.956 C209900300513 4.965 3.541 C209900300514 4.968 4.143 C209900300515 4.972 3.857 C209900300516 4.974 3.636 C209900300517 4.977 2.891 C209900300518 4.980 2.701 C209900300519 4.983 2.416 C209900300520 4.986 3.334 C209900300521 4.990 2.717 C209900300522 4.993 3.049 C209900300523 4.995 3.571 C209900300524 4.999 3.666 C209900300525 5.003 3.112 C209900300526 5.004 2.510 C209900300527 5.008 2.763 C209900300528 5.011 2.225 C209900300529 5.013 1.749 C209900300530 5.016 1.765 C209900300531 5.020 1.844 C209900300532 5.023 2.065 C209900300533 5.026 2.493 C209900300534 5.030 2.508 C209900300535 5.033 2.192 C209900300536 5.037 1.479 C209900300537 5.040 0.782 C209900300538 5.043 0.560 C209900300539 5.045 0.940 C209900300540 5.049 2.365 C209900300541 5.052 3.330 C209900300542 5.056 3.568 C209900300543 5.058 2.950 C209900300544 5.061 3.298 C209900300545 5.065 2.950 C209900300546 5.067 3.219 C209900300547 5.071 4.722 C209900300548 5.072 4.817 C209900300549 5.077 4.595 C209900300550 5.080 3.487 C209900300551 5.083 3.249 C209900300552 5.086 2.410 C209900300553 5.089 1.872 C209900300554 5.092 1.697 C209900300555 5.095 1.365 C209900300556 5.098 0.874 C209900300557 5.101 1.032 C209900300558 5.105 0.652 C209900300559 5.108 0.841 C209900300560 5.110 0.873 C209900300561 5.117 0.983 C209900300562 5.123 0.888 C209900300563 5.126 0.777 C209900300564 5.128 1.695 C209900300565 5.136 1.394 C209900300566 5.142 1.330 C209900300567 5.148 1.710 C209900300568 5.148 1.282 C209900300569 5.151 2.105 C209900300570 5.154 1.393 C209900300571 5.157 1.741 C209900300572 5.160 2.928 C209900300573 5.163 2.722 C209900300574 5.167 2.848 C209900300575 5.170 3.276 C209900300576 5.173 3.086 C209900300577 5.177 3.671 C209900300578 5.178 2.705 C209900300579 5.182 3.006 C209900300580 5.186 2.467 C209900300581 5.188 2.246 C209900300582 5.191 1.628 C209900300583 5.194 1.137 C209900300584 5.201 0.424 C209900300585 5.207 0.693 C209900300586 5.213 0.629 C209900300587 5.219 0.344 C209900300588 5.225 0.328 C209900300589 5.231 0.407 C209900300590 5.238 0.343 C209900300591 5.244 0.105 C209900300592 5.249 0.136 C209900300593 5.257 0.516 C209900300594 5.263 0.658 C209900300595 5.270 0.832 C209900300596 5.275 0.895 C209900300597 5.280 0.926 C209900300598 ENDDATA 578 0 C209900300599 ENDSUBENT 598 0 C209900399999 SUBENT C2099004 20140414 C142C209900400001 BIB 4 11 C209900400002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA) C209900400003 SAMPLE The targets consisted of natural red phosphorus C209900400004 evaporated onto thin carbon backings. The target C209900400005 thickness was determined by low energy Rutherford C209900400006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209900400007 was used: for most of the measurements above 3 MeV, C209900400008 the target thickness was 17 microg/cm2. C209900400009 COMMENT For resonance peak cross sections, the relative error C209900400010 is estimated to be 20 percent, and the absolute error C209900400011 about 25 percent. C209900400012 STATUS (CURVE) Figs. 3-5; pages 643-644. C209900400013 ENDBIB 11 0 C209900400014 COMMON 2 3 C209900400015 ANG E-LVL C209900400016 ADEG MEV C209900400017 90.0 0.0 C209900400018 ENDCOMMON 3 0 C209900400019 DATA 2 559 C209900400020 EN DATA C209900400021 MEV MB/SR C209900400022 2.800 0.204 C209900400023 2.802 0.409 C209900400024 2.805 0.921 C209900400025 2.808 1.297 C209900400026 2.810 1.006 C209900400027 2.813 0.664 C209900400028 2.816 0.219 C209900400029 2.819 0.065 C209900400030 2.824 0.064 C209900400031 2.827 0.115 C209900400032 2.830 0.320 C209900400033 2.833 0.491 C209900400034 2.835 0.593 C209900400035 2.838 0.593 C209900400036 2.841 0.421 C209900400037 2.843 0.336 C209900400038 2.845 0.267 C209900400039 2.848 0.232 C209900400040 2.850 0.198 C209900400041 2.852 0.198 C209900400042 2.856 0.180 C209900400043 2.857 0.129 C209900400044 2.860 0.145 C209900400045 2.863 0.128 C209900400046 2.868 0.127 C209900400047 2.871 0.059 C209900400048 2.875 0.075 C209900400049 2.878 0.092 C209900400050 2.883 0.091 C209900400051 2.890 0.056 C209900400052 2.895 0.073 C209900400053 2.899 0.072 C209900400054 2.901 0.106 C209900400055 2.902 0.055 C209900400056 2.906 0.089 C209900400057 2.909 0.105 C209900400058 2.911 0.173 C209900400059 2.914 0.207 C209900400060 2.917 0.224 C209900400061 2.918 0.138 C209900400062 2.921 0.070 C209900400063 2.926 0.035 C209900400064 2.931 0.068 C209900400065 2.936 0.068 C209900400066 2.942 0.084 C209900400067 2.947 0.152 C209900400068 2.951 0.288 C209900400069 2.958 1.689 C209900400070 2.960 1.757 C209900400071 2.963 1.193 C209900400072 2.966 0.645 C209900400073 2.973 0.610 C209900400074 2.978 0.695 C209900400075 2.983 0.592 C209900400076 2.988 0.574 C209900400077 2.993 0.625 C209900400078 2.997 0.556 C209900400079 3.000 0.573 C209900400080 3.003 0.607 C209900400081 3.008 0.538 C209900400082 3.013 0.537 C209900400083 3.018 0.571 C209900400084 3.024 0.638 C209900400085 3.028 0.638 C209900400086 3.034 0.671 C209900400087 3.039 0.773 C209900400088 3.044 0.875 C209900400089 3.049 0.874 C209900400090 3.054 0.771 C209900400091 3.060 0.976 C209900400092 3.063 0.941 C209900400093 3.065 0.924 C209900400094 3.070 0.889 C209900400095 3.075 0.803 C209900400096 3.080 0.649 C209900400097 3.085 0.511 C209900400098 3.090 0.357 C209900400099 3.094 0.339 C209900400100 3.099 0.287 C209900400101 3.105 0.184 C209900400102 3.109 0.149 C209900400103 3.114 0.149 C209900400104 3.120 0.131 C209900400105 3.125 0.113 C209900400106 3.130 0.078 C209900400107 3.134 0.061 C209900400108 3.156 0.058 C209900400109 3.160 0.211 C209900400110 3.166 0.501 C209900400111 3.171 0.244 C209900400112 3.176 0.244 C209900400113 3.180 0.123 C209900400114 3.186 0.123 C209900400115 3.191 0.378 C209900400116 3.197 0.138 C209900400117 3.200 0.087 C209900400118 3.205 0.069 C209900400119 3.211 0.085 C209900400120 3.217 0.119 C209900400121 3.221 0.118 C209900400122 3.226 0.186 C209900400123 3.232 0.237 C209900400124 3.236 0.339 C209900400125 3.242 0.441 C209900400126 3.246 0.645 C209900400127 3.252 0.867 C209900400128 3.257 0.934 C209900400129 3.262 1.515 C209900400130 3.267 3.121 C209900400131 3.272 5.104 C209900400132 3.276 4.488 C209900400133 3.278 3.086 C209900400134 3.282 1.718 C209900400135 3.288 0.931 C209900400136 3.291 0.503 C209900400137 3.298 0.280 C209900400138 3.301 0.160 C209900400139 3.308 0.125 C209900400140 3.312 0.073 C209900400141 3.316 0.090 C209900400142 3.327 0.071 C209900400143 3.355 0.051 C209900400144 3.362 0.050 C209900400145 3.368 0.066 C209900400146 3.374 0.117 C209900400147 3.378 0.150 C209900400148 3.383 0.201 C209900400149 3.388 0.269 C209900400150 3.393 0.388 C209900400151 3.398 0.575 C209900400152 3.403 1.139 C209900400153 3.408 1.839 C209900400154 3.416 3.770 C209900400155 3.417 2.624 C209900400156 3.418 1.291 C209900400157 3.419 0.949 C209900400158 3.425 0.487 C209900400159 3.429 0.247 C209900400160 3.434 0.075 C209900400161 3.439 0.109 C209900400162 3.444 0.518 C209900400163 3.449 0.860 C209900400164 3.454 0.808 C209900400165 3.460 0.773 C209900400166 3.464 0.482 C209900400167 3.470 0.413 C209900400168 3.474 0.361 C209900400169 3.480 0.258 C209900400170 3.485 0.206 C209900400171 3.490 0.188 C209900400172 3.495 0.119 C209900400173 3.500 0.153 C209900400174 3.505 0.101 C209900400175 3.509 0.100 C209900400176 3.515 0.134 C209900400177 3.520 0.065 C209900400178 3.526 0.064 C209900400179 3.536 0.114 C209900400180 3.540 0.148 C209900400181 3.545 0.164 C209900400182 3.551 0.249 C209900400183 3.557 1.345 C209900400184 3.563 0.908 C209900400185 3.573 0.778 C209900400186 3.579 0.616 C209900400187 3.584 0.503 C209900400188 3.589 0.406 C209900400189 3.595 0.309 C209900400190 3.601 0.293 C209900400191 3.606 0.212 C209900400192 3.611 0.245 C209900400193 3.616 0.245 C209900400194 3.623 0.310 C209900400195 3.628 0.310 C209900400196 3.633 0.326 C209900400197 3.640 0.926 C209900400198 3.643 2.836 C209900400199 3.644 2.221 C209900400200 3.646 0.456 C209900400201 3.649 0.246 C209900400202 3.655 0.197 C209900400203 3.659 0.230 C209900400204 3.665 0.408 C209900400205 3.671 0.392 C209900400206 3.674 0.586 C209900400207 3.677 1.299 C209900400208 3.679 0.959 C209900400209 3.682 0.748 C209900400210 3.688 0.668 C209900400211 3.692 0.489 C209900400212 3.698 0.490 C209900400213 3.704 0.555 C209900400214 3.709 0.636 C209900400215 3.715 0.360 C209900400216 3.721 0.118 C209900400217 3.726 0.264 C209900400218 3.731 0.215 C209900400219 3.736 0.215 C209900400220 3.742 0.232 C209900400221 3.747 0.296 C209900400222 3.752 0.264 C209900400223 3.757 0.329 C209900400224 3.764 0.799 C209900400225 3.769 1.398 C209900400226 3.772 1.593 C209900400227 3.775 0.848 C209900400228 3.778 0.621 C209900400229 3.781 0.394 C209900400230 3.786 0.394 C209900400231 3.791 0.735 C209900400232 3.797 1.010 C209900400233 3.802 1.026 C209900400234 3.808 0.719 C209900400235 3.812 0.476 C209900400236 3.818 0.201 C209900400237 3.824 0.120 C209900400238 3.829 0.120 C209900400239 3.834 0.185 C209900400240 3.840 0.363 C209900400241 3.846 0.363 C209900400242 3.848 0.299 C209900400243 3.851 1.044 C209900400244 3.855 2.890 C209900400245 3.858 1.044 C209900400246 3.859 0.234 C209900400247 3.862 0.170 C209900400248 3.868 0.170 C209900400249 3.873 0.073 C209900400250 3.878 0.138 C209900400251 3.881 0.219 C209900400252 3.884 0.850 C209900400253 3.887 1.271 C209900400254 3.890 1.174 C209900400255 3.892 0.753 C209900400256 3.895 0.672 C209900400257 3.900 0.300 C209900400258 3.906 0.235 C209900400259 3.911 0.495 C209900400260 3.915 0.770 C209900400261 3.922 0.705 C209900400262 3.928 0.268 C209900400263 3.929 0.187 C209900400264 3.933 0.285 C209900400265 3.938 0.366 C209900400266 3.944 0.414 C209900400267 3.950 0.479 C209900400268 3.954 0.544 C209900400269 3.959 0.706 C209900400270 3.966 0.739 C209900400271 3.971 1.144 C209900400272 3.974 1.144 C209900400273 3.977 1.387 C209900400274 3.983 1.743 C209900400275 3.988 2.197 C209900400276 3.990 2.035 C209900400277 3.993 2.164 C209900400278 3.996 2.488 C209900400279 4.000 2.132 C209900400280 4.002 2.748 C209900400281 4.005 2.926 C209900400282 4.008 2.813 C209900400283 4.011 3.266 C209900400284 4.013 3.023 C209900400285 4.015 3.088 C209900400286 4.018 3.137 C209900400287 4.021 3.299 C209900400288 4.025 3.250 C209900400289 4.028 3.445 C209900400290 4.029 3.024 C209900400291 4.032 2.959 C209900400292 4.034 3.218 C209900400293 4.037 2.991 C209900400294 4.040 3.234 C209900400295 4.044 3.040 C209900400296 4.049 3.477 C209900400297 4.051 2.684 C209900400298 4.053 2.571 C209900400299 4.059 2.425 C209900400300 4.062 2.506 C209900400301 4.065 2.749 C209900400302 4.070 2.798 C209900400303 4.076 2.717 C209900400304 4.082 2.733 C209900400305 4.087 2.847 C209900400306 4.091 2.361 C209900400307 4.096 1.551 C209900400308 4.101 1.373 C209900400309 4.108 1.309 C209900400310 4.113 1.374 C209900400311 4.118 1.293 C209900400312 4.124 1.406 C209900400313 4.130 1.261 C209900400314 4.134 1.779 C209900400315 4.141 2.346 C209900400316 4.147 2.783 C209900400317 4.152 2.848 C209900400318 4.157 2.298 C209900400319 4.163 1.488 C209900400320 4.168 0.873 C209900400321 4.173 0.549 C209900400322 4.177 0.420 C209900400323 4.184 0.274 C209900400324 4.189 0.193 C209900400325 4.195 0.145 C209900400326 4.205 0.064 C209900400327 4.212 0.210 C209900400328 4.216 0.259 C209900400329 4.222 0.486 C209900400330 4.228 0.486 C209900400331 4.233 0.389 C209900400332 4.238 0.502 C209900400333 4.243 0.745 C209900400334 4.249 0.713 C209900400335 4.255 1.102 C209900400336 4.261 1.571 C209900400337 4.267 1.912 C209900400338 4.271 2.300 C209900400339 4.277 2.835 C209900400340 4.280 2.479 C209900400341 4.283 3.062 C209900400342 4.286 2.965 C209900400343 4.288 2.787 C209900400344 4.290 2.884 C209900400345 4.293 2.771 C209900400346 4.296 2.366 C209900400347 4.299 2.560 C209900400348 4.302 2.366 C209900400349 4.305 1.993 C209900400350 4.310 1.330 C209900400351 4.315 0.941 C209900400352 4.320 1.038 C209900400353 4.323 1.249 C209900400354 4.327 1.152 C209900400355 4.328 0.974 C209900400356 4.332 0.747 C209900400357 4.334 1.006 C209900400358 4.337 1.006 C209900400359 4.339 0.650 C209900400360 4.342 0.488 C209900400361 4.345 0.553 C209900400362 4.348 0.618 C209900400363 4.353 0.667 C209900400364 4.365 0.349 C209900400365 4.383 0.444 C209900400366 4.409 0.570 C209900400367 4.418 1.046 C209900400368 4.430 1.665 C209900400369 4.440 1.490 C209900400370 4.442 1.744 C209900400371 4.445 2.141 C209900400372 4.449 2.331 C209900400373 4.455 1.093 C209900400374 4.467 1.474 C209900400375 4.471 1.029 C209900400376 4.473 0.728 C209900400377 4.479 0.442 C209900400378 4.487 0.172 C209900400379 4.492 0.108 C209900400380 4.497 0.172 C209900400381 4.505 0.171 C209900400382 4.511 0.251 C209900400383 4.522 0.251 C209900400384 4.529 0.314 C209900400385 4.536 0.345 C209900400386 4.542 0.456 C209900400387 4.548 0.472 C209900400388 4.555 0.313 C209900400389 4.557 0.440 C209900400390 4.561 0.393 C209900400391 4.567 0.440 C209900400392 4.573 0.456 C209900400393 4.579 0.503 C209900400394 4.589 0.916 C209900400395 4.591 1.313 C209900400396 4.593 1.852 C209900400397 4.597 1.519 C209900400398 4.600 1.455 C209900400399 4.606 1.233 C209900400400 4.611 1.154 C209900400401 4.613 1.296 C209900400402 4.616 1.407 C209900400403 4.624 1.375 C209900400404 4.630 1.455 C209900400405 4.634 1.296 C209900400406 4.641 1.343 C209900400407 4.645 1.232 C209900400408 4.648 1.010 C209900400409 4.650 1.327 C209900400410 4.651 1.613 C209900400411 4.654 0.803 C209900400412 4.656 0.518 C209900400413 4.661 0.359 C209900400414 4.662 0.930 C209900400415 4.663 1.295 C209900400416 4.664 1.883 C209900400417 4.665 2.137 C209900400418 4.668 2.390 C209900400419 4.671 1.930 C209900400420 4.673 1.359 C209900400421 4.675 0.978 C209900400422 4.678 0.644 C209900400423 4.681 0.549 C209900400424 4.684 0.390 C209900400425 4.687 0.327 C209900400426 4.690 0.231 C209900400427 4.697 0.231 C209900400428 4.704 0.215 C209900400429 4.707 0.294 C209900400430 4.709 0.374 C209900400431 4.713 0.437 C209900400432 4.717 0.469 C209900400433 4.719 0.532 C209900400434 4.722 0.691 C209900400435 4.725 0.945 C209900400436 4.728 1.008 C209900400437 4.733 0.802 C209900400438 4.737 0.707 C209900400439 4.741 0.960 C209900400440 4.743 1.421 C209900400441 4.745 1.786 C209900400442 4.749 2.103 C209900400443 4.753 2.262 C209900400444 4.755 2.119 C209900400445 4.758 2.024 C209900400446 4.765 2.008 C209900400447 4.768 1.912 C209900400448 4.770 1.769 C209900400449 4.777 1.833 C209900400450 4.785 1.325 C209900400451 4.797 1.213 C209900400452 4.802 1.039 C209900400453 4.809 1.070 C209900400454 4.812 0.896 C209900400455 4.821 0.927 C209900400456 4.826 0.959 C209900400457 4.834 0.927 C209900400458 4.836 0.673 C209900400459 4.839 0.451 C209900400460 4.847 0.292 C209900400461 4.851 0.355 C209900400462 4.855 0.339 C209900400463 4.858 0.307 C209900400464 4.860 0.228 C209900400465 4.866 0.228 C209900400466 4.871 0.164 C209900400467 4.877 0.180 C209900400468 4.881 0.259 C209900400469 4.883 0.323 C209900400470 4.886 0.513 C209900400471 4.889 0.719 C209900400472 4.893 0.735 C209900400473 4.896 0.322 C209900400474 4.898 0.243 C209900400475 4.903 0.164 C209900400476 4.908 0.497 C209900400477 4.912 0.671 C209900400478 4.915 0.767 C209900400479 4.917 0.401 C209900400480 4.920 0.274 C209900400481 4.923 0.449 C209900400482 4.927 0.433 C209900400483 4.930 0.385 C209900400484 4.933 0.417 C209900400485 4.936 0.338 C209900400486 4.940 0.322 C209900400487 4.941 0.449 C209900400488 4.946 0.464 C209900400489 4.950 0.337 C209900400490 4.951 0.401 C209900400491 4.955 0.559 C209900400492 4.958 0.512 C209900400493 4.960 0.718 C209900400494 4.963 0.702 C209900400495 4.965 0.908 C209900400496 4.970 0.972 C209900400497 4.971 1.638 C209900400498 4.976 1.622 C209900400499 4.979 1.241 C209900400500 4.983 1.019 C209900400501 4.986 0.892 C209900400502 4.989 0.892 C209900400503 4.992 0.892 C209900400504 4.996 0.987 C209900400505 4.998 0.892 C209900400506 5.001 1.019 C209900400507 5.003 1.320 C209900400508 5.007 1.368 C209900400509 5.010 1.368 C209900400510 5.013 1.304 C209900400511 5.016 1.193 C209900400512 5.020 1.383 C209900400513 5.022 1.479 C209900400514 5.026 1.399 C209900400515 5.030 1.431 C209900400516 5.033 1.113 C209900400517 5.035 0.875 C209900400518 5.037 0.685 C209900400519 5.042 0.621 C209900400520 5.045 0.685 C209900400521 5.048 0.637 C209900400522 5.050 0.732 C209900400523 5.053 0.399 C209900400524 5.056 0.430 C209900400525 5.057 0.510 C209900400526 5.062 0.462 C209900400527 5.066 0.764 C209900400528 5.068 1.176 C209900400529 5.071 1.478 C209900400530 5.075 1.430 C209900400531 5.079 1.112 C209900400532 5.081 0.874 C209900400533 5.084 0.747 C209900400534 5.087 0.604 C209900400535 5.090 0.509 C209900400536 5.093 0.398 C209900400537 5.097 0.414 C209900400538 5.100 0.350 C209900400539 5.102 0.271 C209900400540 5.106 0.302 C209900400541 5.110 0.239 C209900400542 5.114 0.175 C209900400543 5.121 0.143 C209900400544 5.124 0.207 C209900400545 5.129 0.191 C209900400546 5.131 0.238 C209900400547 5.136 0.286 C209900400548 5.139 0.238 C209900400549 5.140 0.397 C209900400550 5.144 0.492 C209900400551 5.146 0.667 C209900400552 5.149 0.762 C209900400553 5.153 0.857 C209900400554 5.157 0.936 C209900400555 5.159 1.000 C209900400556 5.161 1.238 C209900400557 5.166 1.190 C209900400558 5.169 1.142 C209900400559 5.172 0.936 C209900400560 5.175 0.841 C209900400561 5.178 0.618 C209900400562 5.180 0.507 C209900400563 5.183 0.412 C209900400564 5.188 0.428 C209900400565 5.190 0.317 C209900400566 5.193 0.253 C209900400567 5.199 0.189 C209900400568 5.206 0.205 C209900400569 5.211 0.205 C209900400570 5.218 0.157 C209900400571 5.219 0.062 C209900400572 5.225 0.062 C209900400573 5.230 0.094 C209900400574 5.237 0.189 C209900400575 5.243 0.268 C209900400576 5.249 0.315 C209900400577 5.255 0.331 C209900400578 5.261 0.268 C209900400579 5.267 0.331 C209900400580 5.275 0.283 C209900400581 ENDDATA 561 0 C209900400582 ENDSUBENT 581 0 C209900499999 SUBENT C2099005 20140414 C142C209900500001 BIB 3 8 C209900500002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209900500003 SAMPLE The targets consisted of natural red phosphorus C209900500004 evaporated onto thin carbon backings. The target C209900500005 thickness was determined by low energy Rutherford C209900500006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209900500007 was used: for most of the measurements above 3 MeV, C209900500008 the target thickness was 17 microg/cm2. C209900500009 STATUS (CURVE) Fig. 6, page 645. C209900500010 ENDBIB 8 0 C209900500011 COMMON 2 3 C209900500012 EN E-LVL C209900500013 MEV MEV C209900500014 1.014 0.0 C209900500015 ENDCOMMON 3 0 C209900500016 DATA 2 14 C209900500017 ANG-CM DATA-CM C209900500018 ADEG ARB-UNITS C209900500019 30.000 283.069 C209900500020 40.625 310.760 C209900500021 50.625 295.376 C209900500022 62.500 446.141 C209900500023 72.500 430.756 C209900500024 82.500 489.216 C209900500025 91.875 476.909 C209900500026 102.500 455.371 C209900500027 112.500 378.450 C209900500028 122.500 406.142 C209900500029 130.625 286.145 C209900500030 141.250 273.838 C209900500031 151.875 243.070 C209900500032 160.625 224.609 C209900500033 ENDDATA 16 0 C209900500034 ENDSUBENT 33 0 C209900599999 SUBENT C2099006 20140414 C142C209900600001 BIB 3 8 C209900600002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209900600003 SAMPLE The targets consisted of natural red phosphorus C209900600004 evaporated onto thin carbon backings. The target C209900600005 thickness was determined by low energy Rutherford C209900600006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209900600007 was used: for most of the measurements above 3 MeV, C209900600008 the target thickness was 17 microg/cm2. C209900600009 STATUS (CURVE) Fig. 6, page 645. C209900600010 ENDBIB 8 0 C209900600011 COMMON 2 3 C209900600012 EN E-LVL C209900600013 MEV MEV C209900600014 1.400 0.0 C209900600015 ENDCOMMON 3 0 C209900600016 DATA 2 14 C209900600017 ANG-CM DATA-CM C209900600018 ADEG ARB-UNITS C209900600019 31.536 250.664 C209900600020 42.160 197.762 C209900600021 52.196 104.223 C209900600022 62.772 110.693 C209900600023 73.327 142.162 C209900600024 82.027 157.968 C209900600025 91.960 189.425 C209900600026 103.214 127.160 C209900600027 111.943 108.593 C209900600028 122.509 127.562 C209900600029 132.431 171.518 C209900600030 142.330 243.598 C209900600031 151.552 381.287 C209900600032 158.980 431.441 C209900600033 ENDDATA 16 0 C209900600034 ENDSUBENT 33 0 C209900699999 SUBENT C2099007 20140414 C142C209900700001 BIB 3 8 C209900700002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209900700003 SAMPLE The targets consisted of natural red phosphorus C209900700004 evaporated onto thin carbon backings. The target C209900700005 thickness was determined by low energy Rutherford C209900700006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209900700007 was used: for most of the measurements above 3 MeV, C209900700008 the target thickness was 17 microg/cm2. C209900700009 STATUS (CURVE) Fig. 6, page 645. C209900700010 ENDBIB 8 0 C209900700011 COMMON 2 3 C209900700012 EN E-LVL C209900700013 MEV MEV C209900700014 1.466 0.0 C209900700015 ENDCOMMON 3 0 C209900700016 DATA 2 12 C209900700017 ANG-CM DATA-CM C209900700018 ADEG ARB-UNITS C209900700019 51.661 254.186 C209900700020 61.801 85.666 C209900700021 71.780 110.871 C209900700022 81.837 42.338 C209900700023 93.699 58.209 C209900700024 102.412 102.135 C209900700025 111.738 161.698 C209900700026 121.769 124.411 C209900700027 131.813 71.501 C209900700028 142.458 46.726 C209900700029 151.734 165.655 C209900700030 160.328 353.313 C209900700031 ENDDATA 14 0 C209900700032 ENDSUBENT 31 0 C209900799999 SUBENT C2099008 20140414 C142C209900800001 BIB 3 8 C209900800002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209900800003 SAMPLE The targets consisted of natural red phosphorus C209900800004 evaporated onto thin carbon backings. The target C209900800005 thickness was determined by low energy Rutherford C209900800006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209900800007 was used: for most of the measurements above 3 MeV, C209900800008 the target thickness was 17 microg/cm2. C209900800009 STATUS (CURVE) Fig. 6, page 645. C209900800010 ENDBIB 8 0 C209900800011 COMMON 2 3 C209900800012 EN E-LVL C209900800013 MEV MEV C209900800014 1.513 0.0 C209900800015 ENDCOMMON 3 0 C209900800016 DATA 2 14 C209900800017 ANG-CM DATA-CM C209900800018 ADEG ARB-UNITS C209900800019 30.625 1101.016 C209900800020 41.875 1459.774 C209900800021 52.500 1892.758 C209900800022 61.250 2239.146 C209900800023 71.875 2647.388 C209900800024 82.500 2981.404 C209900800025 92.500 2832.952 C209900800026 101.875 2832.952 C209900800027 112.500 2424.710 C209900800028 121.875 2239.146 C209900800029 133.125 1670.081 C209900800030 141.875 1311.323 C209900800031 151.875 1026.790 C209900800032 160.000 754.629 C209900800033 ENDDATA 16 0 C209900800034 ENDSUBENT 33 0 C209900899999 SUBENT C2099009 20140414 C142C209900900001 BIB 3 8 C209900900002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209900900003 SAMPLE The targets consisted of natural red phosphorus C209900900004 evaporated onto thin carbon backings. The target C209900900005 thickness was determined by low energy Rutherford C209900900006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209900900007 was used: for most of the measurements above 3 MeV, C209900900008 the target thickness was 17 microg/cm2. C209900900009 STATUS (CURVE) Fig. 6, page 645. C209900900010 ENDBIB 8 0 C209900900011 COMMON 2 3 C209900900012 EN E-LVL C209900900013 MEV MEV C209900900014 1.971 0.0 C209900900015 ENDCOMMON 3 0 C209900900016 DATA 2 13 C209900900017 ANG-CM DATA-CM C209900900018 ADEG ARB-UNITS C209900900019 39.572 337.410 C209900900020 50.835 244.615 C209900900021 61.572 95.840 C209900900022 72.080 86.949 C209900900023 81.926 106.010 C209900900024 91.189 103.285 C209900900025 101.682 103.720 C209900900026 110.946 100.995 C209900900027 120.670 194.661 C209900900028 130.545 195.070 C209900900029 138.877 385.049 C209900900030 148.468 559.536 C209900900031 159.543 581.757 C209900900032 ENDDATA 15 0 C209900900033 ENDSUBENT 32 0 C209900999999 SUBENT C2099010 20140414 C142C209901000001 BIB 3 8 C209901000002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209901000003 SAMPLE The targets consisted of natural red phosphorus C209901000004 evaporated onto thin carbon backings. The target C209901000005 thickness was determined by low energy Rutherford C209901000006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209901000007 was used: for most of the measurements above 3 MeV, C209901000008 the target thickness was 17 microg/cm2. C209901000009 STATUS (CURVE) Fig. 6, page 645. C209901000010 ENDBIB 8 0 C209901000011 COMMON 2 3 C209901000012 EN E-LVL C209901000013 MEV MEV C209901000014 2.662 0.0 C209901000015 ENDCOMMON 3 0 C209901000016 DATA 2 12 C209901000017 ANG-CM DATA-CM C209901000018 ADEG ARB-UNITS C209901000019 51.301 389.641 C209901000020 61.991 340.086 C209901000021 73.309 290.557 C209901000022 83.361 265.976 C209901000023 94.028 272.670 C209901000024 103.442 273.062 C209901000025 112.851 285.955 C209901000026 124.116 361.425 C209901000027 132.256 405.514 C209901000028 142.873 530.958 C209901000029 152.287 531.350 C209901000030 162.305 588.018 C209901000031 ENDDATA 14 0 C209901000032 ENDSUBENT 31 0 C209901099999 SUBENT C2099011 20140414 C142C209901100001 BIB 4 9 C209901100002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209901100003 SAMPLE The targets consisted of natural red phosphorus C209901100004 evaporated onto thin carbon backings. The target C209901100005 thickness was determined by low energy Rutherford C209901100006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209901100007 was used: for most of the measurements above 3 MeV, C209901100008 the target thickness was 17 microg/cm2. C209901100009 ERR-ANALYS (DATA-ERR) No information on source of uncertainties. C209901100010 STATUS (CURVE) Fig. 6, page 645. C209901100011 ENDBIB 9 0 C209901100012 COMMON 2 3 C209901100013 EN E-LVL C209901100014 MEV MEV C209901100015 2.907 0.0 C209901100016 ENDCOMMON 3 0 C209901100017 DATA 3 13 C209901100018 ANG-CM DATA-CM DATA-ERR C209901100019 ADEG ARB-UNITS ARB-UNITS C209901100020 41.880 334.022 31.091 C209901100021 52.588 326.879 C209901100022 62.661 313.539 C209901100023 72.659 212.703 C209901100024 83.293 118.063 C209901100025 93.959 60.922 C209901100026 102.766 41.438 C209901100027 113.517 84.293 C209901100028 123.706 208.449 C209901100029 132.651 351.458 C209901100030 142.395 694.408 C209901100031 152.669 918.560 C209901100032 162.313 1142.764 C209901100033 ENDDATA 15 0 C209901100034 ENDSUBENT 33 0 C209901199999 SUBENT C2099012 20140414 C142C209901200001 BIB 3 8 C209901200002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209901200003 SAMPLE The targets consisted of natural red phosphorus C209901200004 evaporated onto thin carbon backings. The target C209901200005 thickness was determined by low energy Rutherford C209901200006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209901200007 was used: for most of the measurements above 3 MeV, C209901200008 the target thickness was 17 microg/cm2. C209901200009 STATUS (CURVE) Fig. 6, page 645. C209901200010 ENDBIB 8 0 C209901200011 COMMON 2 3 C209901200012 EN E-LVL C209901200013 MEV MEV C209901200014 2.950 0.0 C209901200015 ENDCOMMON 3 0 C209901200016 DATA 2 13 C209901200017 ANG-CM DATA-CM C209901200018 ADEG ARB-UNITS C209901200019 42.500 220.472 C209901200020 51.875 346.457 C209901200021 62.500 692.913 C209901200022 71.875 976.378 C209901200023 83.125 787.402 C209901200024 93.125 598.425 C209901200025 103.125 346.457 C209901200026 111.875 125.984 C209901200027 123.125 220.472 C209901200028 131.250 598.425 C209901200029 141.875 1889.764 C209901200030 151.250 3307.087 C209901200031 161.250 4598.425 C209901200032 ENDDATA 15 0 C209901200033 ENDSUBENT 32 0 C209901299999 SUBENT C2099013 20140414 C142C209901300001 BIB 4 9 C209901300002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209901300003 SAMPLE The targets consisted of natural red phosphorus C209901300004 evaporated onto thin carbon backings. The target C209901300005 thickness was determined by low energy Rutherford C209901300006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209901300007 was used: for most of the measurements above 3 MeV, C209901300008 the target thickness was 17 microg/cm2. C209901300009 ERR-ANALYS (DATA-ERR) No information on source of uncertainties. C209901300010 STATUS (CURVE) Fig. 7, page 646. C209901300011 ENDBIB 9 0 C209901300012 COMMON 2 3 C209901300013 EN E-LVL C209901300014 MEV MEV C209901300015 3.040 0.0 C209901300016 ENDCOMMON 3 0 C209901300017 DATA 3 13 C209901300018 ANG-CM DATA-CM DATA-ERR C209901300019 ADEG ARB-UNITS ARB-UNITS C209901300020 41.264 708.830 C209901300021 50.743 418.600 C209901300022 63.011 340.461 C209901300023 73.048 245.579 C209901300024 83.086 267.904 C209901300025 92.565 212.091 C209901300026 102.602 245.579 C209901300027 111.524 334.880 C209901300028 122.119 446.507 C209901300029 131.041 619.528 C209901300030 142.193 853.944 C209901300031 150.558 1082.779 C209901300032 161.152 1484.635 39.069 C209901300033 ENDDATA 15 0 C209901300034 ENDSUBENT 33 0 C209901399999 SUBENT C2099014 20140414 C142C209901400001 BIB 4 9 C209901400002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209901400003 SAMPLE The targets consisted of natural red phosphorus C209901400004 evaporated onto thin carbon backings. The target C209901400005 thickness was determined by low energy Rutherford C209901400006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209901400007 was used: for most of the measurements above 3 MeV, C209901400008 the target thickness was 17 microg/cm2. C209901400009 ERR-ANALYS (DATA-ERR) No information on source of uncertainties. C209901400010 STATUS (CURVE) Fig. 7, page 646. C209901400011 ENDBIB 9 0 C209901400012 COMMON 2 3 C209901400013 EN E-LVL C209901400014 MEV MEV C209901400015 3.148 0.0 C209901400016 ENDCOMMON 3 0 C209901400017 DATA 3 13 C209901400018 ANG-CM DATA-CM DATA-ERR C209901400019 ADEG ARB-UNITS ARB-UNITS C209901400020 28.545 1188.876 C209901400021 49.813 538.883 C209901400022 61.567 316.663 C209901400023 72.201 183.331 C209901400024 81.716 133.332 C209901400025 92.910 111.110 C209901400026 102.985 205.553 C209901400027 111.381 305.552 C209901400028 120.896 594.438 27.777 C209901400029 130.410 538.883 33.333 C209901400030 141.604 833.324 38.888 C209901400031 151.119 916.657 33.333 C209901400032 161.194 1361.097 44.444 C209901400033 ENDDATA 15 0 C209901400034 ENDSUBENT 33 0 C209901499999 SUBENT C2099015 20140414 C142C209901500001 BIB 4 9 C209901500002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209901500003 SAMPLE The targets consisted of natural red phosphorus C209901500004 evaporated onto thin carbon backings. The target C209901500005 thickness was determined by low energy Rutherford C209901500006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209901500007 was used: for most of the measurements above 3 MeV, C209901500008 the target thickness was 17 microg/cm2. C209901500009 ERR-ANALYS (DATA-ERR) No information on source of uncertainties. C209901500010 STATUS (CURVE) Fig. 7, page 646. C209901500011 ENDBIB 9 0 C209901500012 COMMON 2 3 C209901500013 EN E-LVL C209901500014 MEV MEV C209901500015 3.173 0.0 C209901500016 ENDCOMMON 3 0 C209901500017 DATA 3 14 C209901500018 ANG-CM DATA-CM DATA-ERR C209901500019 ADEG ARB-UNITS ARB-UNITS C209901500020 30.432 429.215 C209901500021 42.611 308.987 C209901500022 49.190 158.166 C209901500023 61.414 99.334 C209901500024 73.157 143.767 C209901500025 81.559 193.843 C209901500026 93.225 135.021 C209901500027 103.227 87.393 C209901500028 112.677 48.147 C209901500029 121.643 106.585 C209901500030 131.186 192.920 C209901500031 140.270 410.427 C209901500032 151.480 488.358 C209901500033 161.451 398.870 22.346 C209901500034 ENDDATA 16 0 C209901500035 ENDSUBENT 34 0 C209901599999 SUBENT C2099016 20140414 C142C209901600001 BIB 3 8 C209901600002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209901600003 SAMPLE The targets consisted of natural red phosphorus C209901600004 evaporated onto thin carbon backings. The target C209901600005 thickness was determined by low energy Rutherford C209901600006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209901600007 was used: for most of the measurements above 3 MeV, C209901600008 the target thickness was 17 microg/cm2. C209901600009 STATUS (CURVE) Fig. 7, page 646. C209901600010 ENDBIB 8 0 C209901600011 COMMON 2 3 C209901600012 EN E-LVL C209901600013 MEV MEV C209901600014 3.434 0.0 C209901600015 ENDCOMMON 3 0 C209901600016 DATA 2 13 C209901600017 ANG-CM DATA-CM C209901600018 ADEG ARB-UNITS C209901600019 30.882 129.242 C209901600020 51.577 111.293 C209901600021 62.261 176.262 C209901600022 72.895 175.485 C209901600023 83.512 152.793 C209901600024 94.726 179.369 C209901600025 104.253 195.110 C209901600026 113.759 183.458 C209901600027 121.645 248.631 C209901600028 131.080 143.839 C209901600029 141.217 225.284 C209901600030 153.504 191.512 C209901600031 162.480 218.252 C209901600032 ENDDATA 15 0 C209901600033 ENDSUBENT 32 0 C209901699999 SUBENT C2099017 20140414 C142C209901700001 BIB 3 8 C209901700002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209901700003 SAMPLE The targets consisted of natural red phosphorus C209901700004 evaporated onto thin carbon backings. The target C209901700005 thickness was determined by low energy Rutherford C209901700006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209901700007 was used: for most of the measurements above 3 MeV, C209901700008 the target thickness was 17 microg/cm2. C209901700009 STATUS (CURVE) Fig. 7, page 646. C209901700010 ENDBIB 8 0 C209901700011 COMMON 2 3 C209901700012 EN E-LVL C209901700013 MEV MEV C209901700014 3.545 0.0 C209901700015 ENDCOMMON 3 0 C209901700016 DATA 2 13 C209901700017 ANG-CM DATA-CM C209901700018 ADEG ARB-UNITS C209901700019 43.494 440.367 C209901700020 54.089 322.018 C209901700021 65.799 222.936 C209901700022 75.279 192.661 C209901700023 84.201 225.688 C209901700024 94.238 258.716 C209901700025 104.275 305.505 C209901700026 114.312 432.110 C209901700027 124.349 528.440 C209901700028 133.829 580.734 C209901700029 143.309 600.000 C209901700030 152.788 517.431 C209901700031 162.268 555.963 C209901700032 ENDDATA 15 0 C209901700033 ENDSUBENT 32 0 C209901799999 SUBENT C2099018 20140414 C142C209901800001 BIB 3 8 C209901800002 REACTION (15-P-31(P,A)14-SI-28,PAR,DA,,REL) C209901800003 SAMPLE The targets consisted of natural red phosphorus C209901800004 evaporated onto thin carbon backings. The target C209901800005 thickness was determined by low energy Rutherford C209901800006 scattering. Between 1 and 3 MeV, a 6 microg/cm2 target C209901800007 was used: for most of the measurements above 3 MeV, C209901800008 the target thickness was 17 microg/cm2. C209901800009 STATUS (CURVE) Fig. 7, page 646. C209901800010 ENDBIB 8 0 C209901800011 COMMON 2 3 C209901800012 EN E-LVL C209901800013 MEV MEV C209901800014 3.768 0.0 C209901800015 ENDCOMMON 3 0 C209901800016 DATA 2 13 C209901800017 ANG-CM DATA-CM C209901800018 ADEG ARB-UNITS C209901800019 28.862 839.495 C209901800020 49.861 125.352 C209901800021 60.495 124.960 C209901800022 72.804 113.446 C209901800023 80.136 262.485 C209901800024 92.504 405.809 C209901800025 102.543 311.429 C209901800026 110.320 156.303 C209901800027 119.793 45.354 C209901800028 130.989 50.471 C209901800029 140.546 160.718 C209901800030 152.443 541.849 C209901800031 161.566 983.912 C209901800032 ENDDATA 15 0 C209901800033 ENDSUBENT 32 0 C209901899999 ENDENTRY 18 0 C209999999999