ENTRY 30071 20080215 31253007100000001 SUBENT 30071001 20080215 31253007100100001 BIB 10 18 3007100100002 INSTITUTE (3SAFPEL) 3007100100003 REFERENCE (J,ZP,245,36,197107)VDG,TOF,cfd optical mod,graphs only3007100100004 (P,INDC-282,5,1968) superseded by ZP 245.Brief,no data3007100100005 (P,INDC(SAF)-2,1970)superseded by ZP 245.Brief,no data 3007100100006 (P,INDC(SEC)-18,170,1971)spsded by ZP 245.Brief,no data3007100100007 AUTHOR (E.Barnard,J.A.M.De Villiers,D.Reitmann,I.W.Tepel) 3007100100008 TITLE Total and scattering cross-sections of Sc-45 3007100100009 FACILITY (VDG) 3 MeV Van de Graaff with bunching and terminal 3007100100010 pulsing 3007100100011 INC-SOURCE (P-LI7) Li-7(p,n) reaction.Ave proton current,10 mu-amp3007100100012 (P-T) T(p,n) reaction 3007100100013 DETECTOR (SCIN) 10-cm diameter plastic scintillator for neuts 3007100100014 placed inside a large shielding tank and protected from3007100100015 the neutron source by a collimator and shadow bar. 3007100100016 PART-DET (N) neutrons 3007100100017 STATUS (TABLE) data from priv com Barnard 11/1970 3007100100018 HISTORY (19701204C) 3007100100019 (20080305A) BIB section updated 3007100100020 ENDBIB 18 0 3007100100021 NOCOMMON 0 0 3007100100022 ENDSUBENT 21 0 3007100199999 SUBENT 30071002 20080215 31253007100200001 BIB 8 22 3007100200002 REACTION (21-SC-45(N,TOT),,SIG) 3007100200003 SAMPLE Metal- solid cylinder of Sc metal 3.0cm diam.2.0cm high3007100200004 METHOD (TOF) time-of-flight to select n-energies with 3007100200005 flight paths from 4-7 meters. Pulse rate was 1 MHz and 3007100200006 pulse length 2 nanosec, sigma from transmission 3007100200007 ANALYSIS Between 400 and 800 keV channels were summed over 2-keV3007100200008 energy intervals. Above 800 keV, over 5-keV intervals. 3007100200009 COMMENT Transmission through Fe was used for energy calibration3007100200010 CORRECTION Corrections were made for 3007100200011 1) detector background 3007100200012 2) dead time losses 3007100200013 3) room scattering and in scattering 3007100200014 4) scattering from oxygen. Oxygen content was 3007100200015 determined as 3.8+-1.0 atomic percent by neutron 3007100200016 elastic scattering, neutron activation and chemical 3007100200017 methods. Data were corrected using oxygen total 3007100200018 cross section data of R.O.Lane et al.,Ann.Phys.12, 3007100200019 135(1961) = BNL325 (2) Suppl2. 3007100200020 ERR-ANALYS (DATA-ERR) is standard deviation derived from counting 3007100200021 statistics and uncertainties in oxygen content and 3007100200022 cross section. 3007100200023 HISTORY (20080215S) Dataset was restored. 3007100200024 ENDBIB 22 0 3007100200025 NOCOMMON 0 0 3007100200026 DATA 3 524 3007100200027 EN DATA DATA-ERR 3007100200028 KEV B B 3007100200029 200.2 2.68 0.30 3007100200030 201.0 2.96 0.21 3007100200031 202.0 3.59 0.24 3007100200032 202.9 3.72 0.21 3007100200033 204.0 4.06 0.21 3007100200034 205.0 3.07 0.23 3007100200035 206.0 3.16 0.20 3007100200036 206.9 3.71 0.23 3007100200037 207.9 3.84 0.20 3007100200038 209.1 4.36 0.20 3007100200039 210.1 4.63 0.23 3007100200040 210.9 4.39 0.23 3007100200041 212.0 3.07 0.19 3007100200042 213.0 3.05 0.21 3007100200043 214.0 2.55 0.18 3007100200044 215.1 3.79 0.21 3007100200045 215.9 4.26 0.21 3007100200046 217.0 4.67 0.19 3007100200047 218.1 4.96 0.21 3007100200048 219.0 5.21 0.21 3007100200049 219.9 5.07 0.21 3007100200050 221.0 4.49 0.18 3007100200051 222.1 3.17 0.20 3007100200052 223.0 2.72 0.19 3007100200053 224.0 2.43 0.19 3007100200054 224.9 3.49 0.19 3007100200055 225.9 4.88 0.20 3007100200056 227.0 5.46 0.17 3007100200057 228.1 5.14 0.19 3007100200058 229.1 4.60 0.19 3007100200059 230.1 4.39 0.19 3007100200060 231.1 4.91 0.19 3007100200061 232.1 5.13 0.19 3007100200062 233.1 4.39 0.18 3007100200063 234.1 4.33 0.18 3007100200064 235.1 4.04 0.18 3007100200065 236.1 3.75 0.18 3007100200066 237.0 3.33 0.21 3007100200067 237.9 3.35 0.17 3007100200068 238.9 3.27 0.17 3007100200069 240.0 4.06 0.17 3007100200070 241.0 4.27 0.17 3007100200071 242.1 5.36 0.18 3007100200072 243.1 5.94 0.18 3007100200073 244.0 5.49 0.22 3007100200074 244.9 5.32 0.17 3007100200075 246.0 4.08 0.17 3007100200076 247.1 3.90 0.16 3007100200077 248.0 3.73 0.20 3007100200078 249.0 3.22 0.16 3007100200079 250.1 2.73 0.16 3007100200080 251.0 2.40 0.19 3007100200081 252.0 2.38 0.15 3007100200082 253.1 1.97 0.15 3007100200083 254.1 2.24 0.18 3007100200084 255.0 2.09 0.15 3007100200085 256.0 2.60 0.19 3007100200086 257.0 3.05 0.15 3007100200087 257.9 4.60 0.19 3007100200088 258.9 5.44 0.16 3007100200089 260.1 5.69 0.16 3007100200090 261.1 5.36 0.19 3007100200091 262.1 4.31 0.15 3007100200092 263.1 3.91 0.19 3007100200093 264.1 3.18 0.15 3007100200094 265.1 3.05 0.18 3007100200095 265.9 2.86 0.18 3007100200096 267.0 3.09 0.15 3007100200097 268.0 3.52 0.18 3007100200098 269.0 3.87 0.15 3007100200099 270.1 3.82 0.18 3007100200100 270.9 4.00 0.18 3007100200101 272.0 3.90 0.15 3007100200102 273.0 3.51 0.17 3007100200103 273.9 3.46 0.17 3007100200104 275.0 3.59 0.14 3007100200105 276.0 3.74 0.17 3007100200106 276.9 3.80 0.17 3007100200107 278.0 3.92 0.14 3007100200108 279.1 4.49 0.18 3007100200109 280.0 4.31 0.17 3007100200110 280.9 4.53 0.18 3007100200111 282.0 4.31 0.14 3007100200112 283.1 4.04 0.17 3007100200113 284.0 3.74 0.17 3007100200114 284.9 3.75 0.17 3007100200115 286.0 3.47 0.14 3007100200116 287.2 3.80 0.17 3007100200117 288.1 3.70 0.17 3007100200118 289.0 3.74 0.17 3007100200119 290.0 3.29 0.16 3007100200120 290.9 3.00 0.16 3007100200121 291.8 2.66 0.16 3007100200122 293.0 2.29 0.13 3007100200123 294.2 2.24 0.16 3007100200124 295.2 2.43 0.16 3007100200125 296.1 2.70 0.16 3007100200126 297.1 2.69 0.16 3007100200127 298.1 3.08 0.16 3007100200128 299.0 2.69 0.16 3007100200129 300.0 2.76 0.16 3007100200130 301.0 2.60 0.16 3007100200131 302.0 2.37 0.15 3007100200132 303.0 2.45 0.15 3007100200133 304.0 2.18 0.15 3007100200134 305.0 2.32 0.15 3007100200135 306.0 2.58 0.15 3007100200136 307.0 2.99 0.15 3007100200137 308.0 3.43 0.15 3007100200138 309.0 3.73 0.15 3007100200139 310.1 3.74 0.15 3007100200140 311.1 3.30 0.15 3007100200141 312.1 3.22 0.15 3007100200142 313.2 3.15 0.15 3007100200143 314.2 2.92 0.15 3007100200144 315.0 2.81 0.21 3007100200145 315.8 2.55 0.15 3007100200146 316.9 2.58 0.14 3007100200147 318.0 2.45 0.14 3007100200148 319.0 2.62 0.14 3007100200149 320.1 2.65 0.14 3007100200150 321.2 2.61 0.14 3007100200151 322.0 2.61 0.20 3007100200152 322.8 2.73 0.14 3007100200153 323.9 2.83 0.14 3007100200154 325.0 2.69 0.14 3007100200155 326.1 2.75 0.14 3007100200156 327.0 2.74 0.20 3007100200157 327.8 3.26 0.14 3007100200158 328.9 3.30 0.14 3007100200159 330.1 3.18 0.14 3007100200160 331.2 3.00 0.14 3007100200161 332.1 2.80 0.19 3007100200162 332.9 2.67 0.13 3007100200163 334.1 2.72 0.13 3007100200164 334.9 2.59 0.19 3007100200165 335.8 2.66 0.13 3007100200166 337.0 2.73 0.13 3007100200167 338.1 2.41 0.13 3007100200168 339.0 2.31 0.18 3007100200169 339.9 1.69 0.13 3007100200170 341.1 1.56 0.13 3007100200171 342.0 1.54 0.18 3007100200172 342.9 1.36 0.12 3007100200173 344.1 1.73 0.12 3007100200174 345.0 1.81 0.17 3007100200175 345.9 2.06 0.12 3007100200176 347.1 2.24 0.12 3007100200177 348.0 2.74 0.17 3007100200178 349.0 2.92 0.13 3007100200179 350.2 3.21 0.13 3007100200180 351.1 3.55 0.17 3007100200181 352.1 3.44 0.13 3007100200182 353.0 3.63 0.17 3007100200183 353.9 3.58 0.12 3007100200184 354.9 3.54 0.17 3007100200185 355.8 3.69 0.12 3007100200186 357.1 3.53 0.12 3007100200187 358.1 3.40 0.17 3007100200188 359.0 3.68 0.12 3007100200189 360.0 3.91 0.17 3007100200190 361.0 4.04 0.12 3007100200191 361.9 4.12 0.16 3007100200192 362.9 4.35 0.12 3007100200193 363.9 4.03 0.16 3007100200194 364.9 4.45 0.12 3007100200195 365.9 3.84 0.16 3007100200196 366.9 4.04 0.12 3007100200197 367.8 3.88 0.16 3007100200198 368.9 3.89 0.11 3007100200199 369.9 3.77 0.16 3007100200200 370.9 3.46 0.11 3007100200201 371.9 3.13 0.15 3007100200202 372.9 3.12 0.11 3007100200203 373.9 3.29 0.15 3007100200204 374.9 3.33 0.11 3007100200205 376.0 3.13 0.15 3007100200206 377.0 3.09 0.11 3007100200207 378.0 2.98 0.15 3007100200208 379.1 3.14 0.11 3007100200209 380.1 3.04 0.14 3007100200210 380.8 2.76 0.14 3007100200211 381.9 2.64 0.10 3007100200212 383.0 2.69 0.14 3007100200213 384.0 2.53 0.10 3007100200214 385.1 2.43 0.14 3007100200215 385.8 2.29 0.14 3007100200216 386.9 2.25 0.10 3007100200217 388.0 2.38 0.14 3007100200218 389.0 2.35 0.10 3007100200219 390.1 2.59 0.13 3007100200220 390.9 2.64 0.13 3007100200221 392.0 2.64 0.10 3007100200222 393.1 3.04 0.13 3007100200223 393.8 3.23 0.13 3007100200224 394.9 3.12 0.10 3007100200225 396.0 3.40 0.13 3007100200226 396.8 3.35 0.13 3007100200227 397.9 3.21 0.10 3007100200228 399.0 3.25 0.13 3007100200229 400.0 3.30 0.13 3007100200230 401.2 3.24 0.10 3007100200231 403.0 3.06 0.09 3007100200232 405.1 2.88 0.09 3007100200233 407.0 2.55 0.11 3007100200234 409.0 2.35 0.10 3007100200235 411.0 2.25 0.11 3007100200236 413.1 2.31 0.11 3007100200237 415.0 2.34 0.12 3007100200238 416.9 2.35 0.12 3007100200239 418.9 2.53 0.13 3007100200240 421.0 2.90 0.13 3007100200241 423.0 3.06 0.14 3007100200242 424.9 3.01 0.14 3007100200243 427.1 3.11 0.15 3007100200244 428.9 3.05 0.15 3007100200245 430.8 3.17 0.17 3007100200246 432.9 2.74 0.23 3007100200247 434.9 3.00 0.22 3007100200248 436.9 2.96 0.23 3007100200249 438.9 2.84 0.22 3007100200250 441.0 2.43 0.23 3007100200251 443.0 2.28 0.21 3007100200252 445.1 2.20 0.21 3007100200253 446.9 2.13 0.21 3007100200254 449.0 2.29 0.19 3007100200255 451.1 2.49 0.20 3007100200256 453.0 2.60 0.20 3007100200257 454.9 2.55 0.19 3007100200258 457.0 2.00 0.17 3007100200259 459.2 1.99 0.18 3007100200260 461.1 1.89 0.17 3007100200261 463.0 2.28 0.17 3007100200262 465.0 2.43 0.16 3007100200263 467.0 2.39 0.16 3007100200264 468.9 2.38 0.16 3007100200265 470.9 2.61 0.13 3007100200266 472.9 2.55 0.12 3007100200267 474.9 2.29 0.11 3007100200268 476.9 1.80 0.11 3007100200269 479.0 1.98 0.10 3007100200270 481.0 2.46 0.10 3007100200271 483.1 2.64 0.10 3007100200272 485.1 2.63 0.10 3007100200273 486.9 2.79 0.10 3007100200274 488.9 3.10 0.09 3007100200275 491.0 2.96 0.09 3007100200276 493.1 2.79 0.09 3007100200277 495.0 2.73 0.10 3007100200278 496.9 2.78 0.09 3007100200279 499.1 2.95 0.09 3007100200280 501.0 2.73 0.09 3007100200281 502.9 2.80 0.08 3007100200282 505.0 3.14 0.09 3007100200283 506.9 3.37 0.09 3007100200284 509.0 3.09 0.08 3007100200285 511.0 2.94 0.09 3007100200286 513.0 2.88 0.08 3007100200287 515.0 2.97 0.09 3007100200288 517.0 3.10 0.08 3007100200289 519.0 2.89 0.08 3007100200290 521.0 2.54 0.08 3007100200291 523.1 2.57 0.08 3007100200292 525.0 2.55 0.08 3007100200293 527.0 2.47 0.08 3007100200294 529.0 2.65 0.08 3007100200295 530.9 2.56 0.08 3007100200296 533.0 2.50 0.07 3007100200297 535.0 2.27 0.08 3007100200298 537.0 2.46 0.07 3007100200299 539.1 2.23 0.07 3007100200300 541.1 2.13 0.08 3007100200301 542.9 2.01 0.08 3007100200302 545.0 2.12 0.07 3007100200303 547.1 2.45 0.07 3007100200304 549.2 2.81 0.08 3007100200305 551.1 2.97 0.07 3007100200306 553.0 2.77 0.07 3007100200307 554.9 2.69 0.07 3007100200308 556.8 2.55 0.07 3007100200309 558.9 2.40 0.07 3007100200310 561.0 2.49 0.07 3007100200311 563.1 2.65 0.07 3007100200312 565.2 2.83 0.07 3007100200313 567.2 2.94 0.07 3007100200314 569.2 2.59 0.07 3007100200315 571.2 2.59 0.07 3007100200316 573.2 2.63 0.07 3007100200317 575.2 2.51 0.07 3007100200318 577.1 2.44 0.08 3007100200319 579.0 2.51 0.07 3007100200320 581.0 2.28 0.07 3007100200321 582.9 2.44 0.08 3007100200322 584.8 2.30 0.07 3007100200323 586.9 2.41 0.07 3007100200324 589.0 2.42 0.07 3007100200325 591.1 2.85 0.07 3007100200326 593.2 2.77 0.07 3007100200327 595.2 2.92 0.08 3007100200328 596.9 2.97 0.08 3007100200329 598.9 2.84 0.07 3007100200330 601.0 2.99 0.07 3007100200331 603.0 3.14 0.08 3007100200332 604.8 3.01 0.08 3007100200333 606.8 2.86 0.07 3007100200334 609.0 2.59 0.07 3007100200335 611.1 2.60 0.08 3007100200336 612.9 2.53 0.08 3007100200337 615.0 2.76 0.07 3007100200338 617.0 2.75 0.08 3007100200339 618.9 2.68 0.08 3007100200340 621.0 2.61 0.07 3007100200341 623.1 2.78 0.08 3007100200342 625.0 3.02 0.08 3007100200343 627.1 3.00 0.07 3007100200344 629.0 3.00 0.09 3007100200345 630.7 2.95 0.08 3007100200346 633.2 3.10 0.09 3007100200347 635.1 3.22 0.12 3007100200348 637.1 3.41 0.10 3007100200349 639.1 3.18 0.11 3007100200350 641.1 2.75 0.09 3007100200351 643.0 2.82 0.12 3007100200352 645.0 2.70 0.09 3007100200353 647.1 2.79 0.11 3007100200354 649.1 2.71 0.10 3007100200355 651.1 2.75 0.12 3007100200356 653.1 2.82 0.10 3007100200357 655.2 2.69 0.12 3007100200358 656.8 2.71 0.12 3007100200359 658.9 2.75 0.10 3007100200360 661.0 2.88 0.12 3007100200361 663.0 2.89 0.10 3007100200362 665.1 3.12 0.12 3007100200363 666.8 2.85 0.12 3007100200364 668.9 2.90 0.10 3007100200365 671.0 2.54 0.12 3007100200366 672.7 2.59 0.12 3007100200367 674.9 2.56 0.10 3007100200368 677.0 2.34 0.12 3007100200369 678.8 2.43 0.12 3007100200370 680.9 2.61 0.10 3007100200371 683.1 2.56 0.12 3007100200372 684.9 2.70 0.12 3007100200373 687.0 2.76 0.10 3007100200374 689.3 3.05 0.12 3007100200375 691.0 2.79 0.12 3007100200376 692.8 2.99 0.12 3007100200377 695.0 3.03 0.10 3007100200378 697.3 3.22 0.12 3007100200379 699.1 3.07 0.12 3007100200380 701.0 3.23 0.10 3007100200381 702.8 2.97 0.10 3007100200382 704.9 3.13 0.09 3007100200383 707.1 3.20 0.09 3007100200384 709.2 3.18 0.10 3007100200385 711.1 3.39 0.10 3007100200386 712.9 3.29 0.10 3007100200387 714.8 3.53 0.10 3007100200388 717.0 3.36 0.08 3007100200389 719.0 3.31 0.09 3007100200390 721.1 3.32 0.09 3007100200391 723.3 3.17 0.09 3007100200392 725.2 3.16 0.09 3007100200393 727.1 2.93 0.09 3007100200394 729.0 2.84 0.09 3007100200395 731.0 2.78 0.09 3007100200396 732.9 2.94 0.09 3007100200397 734.9 3.00 0.09 3007100200398 736.8 2.97 0.09 3007100200399 738.8 3.13 0.09 3007100200400 740.7 3.26 0.09 3007100200401 742.7 3.29 0.09 3007100200402 744.7 3.31 0.09 3007100200403 746.7 2.97 0.09 3007100200404 748.7 3.05 0.09 3007100200405 750.6 2.82 0.10 3007100200406 752.8 2.65 0.12 3007100200407 754.8 2.53 0.12 3007100200408 756.9 2.75 0.12 3007100200409 758.9 2.90 0.12 3007100200410 761.0 2.67 0.12 3007100200411 763.0 2.36 0.12 3007100200412 765.1 2.67 0.12 3007100200413 767.2 2.60 0.12 3007100200414 769.2 2.51 0.12 3007100200415 771.3 2.50 0.12 3007100200416 773.4 2.61 0.12 3007100200417 775.0 2.86 0.17 3007100200418 776.6 2.68 0.12 3007100200419 778.7 2.94 0.12 3007100200420 780.8 2.98 0.12 3007100200421 783.0 3.00 0.12 3007100200422 785.1 2.71 0.12 3007100200423 787.3 2.67 0.12 3007100200424 789.5 2.97 0.12 3007100200425 791.1 2.85 0.17 3007100200426 792.7 3.19 0.12 3007100200427 794.9 3.16 0.12 3007100200428 797.1 3.09 0.12 3007100200429 799.3 3.06 0.12 3007100200430 802.1 2.68 0.10 3007100200431 806.0 2.60 0.09 3007100200432 811.0 2.70 0.08 3007100200433 816.1 2.66 0.09 3007100200434 820.7 2.47 0.09 3007100200435 825.9 2.50 0.08 3007100200436 831.2 2.66 0.09 3007100200437 835.9 2.22 0.08 3007100200438 840.6 2.38 0.09 3007100200439 846.0 2.62 0.08 3007100200440 851.5 2.62 0.09 3007100200441 856.3 2.39 0.09 3007100200442 861.3 2.64 0.09 3007100200443 866.2 2.46 0.09 3007100200444 871.2 2.66 0.09 3007100200445 876.3 2.60 0.09 3007100200446 881.4 2.70 0.09 3007100200447 886.5 2.82 0.09 3007100200448 891.1 3.16 0.10 3007100200449 895.6 2.94 0.09 3007100200450 900.9 2.74 0.09 3007100200451 906.2 2.70 0.09 3007100200452 910.9 2.71 0.10 3007100200453 915.6 2.71 0.09 3007100200454 921.1 2.66 0.09 3007100200455 925.9 2.79 0.10 3007100200456 930.7 2.65 0.09 3007100200457 936.3 2.53 0.09 3007100200458 941.2 2.68 0.10 3007100200459 946.2 2.78 0.09 3007100200460 951.2 2.92 0.10 3007100200461 956.2 2.59 0.09 3007100200462 961.3 2.47 0.11 3007100200463 965.7 2.39 0.11 3007100200464 971.2 2.50 0.09 3007100200465 976.1 2.64 0.09 3007100200466 980.6 2.79 0.10 3007100200467 985.9 2.89 0.09 3007100200468 991.2 2.97 0.10 3007100200469 995.8 2.99 0.11 3007100200470 1000.9 2.91 0.11 3007100200471 1006.2 2.90 0.11 3007100200472 1011.3 2.88 0.12 3007100200473 1016.1 2.88 0.12 3007100200474 1020.9 2.83 0.12 3007100200475 1025.7 2.86 0.12 3007100200476 1030.6 3.07 0.12 3007100200477 1035.4 2.96 0.12 3007100200478 1040.3 2.84 0.12 3007100200479 1045.3 2.76 0.12 3007100200480 1050.3 2.78 0.12 3007100200481 1055.3 2.56 0.12 3007100200482 1060.3 2.52 0.12 3007100200483 1065.4 2.65 0.11 3007100200484 1070.5 2.61 0.11 3007100200485 1075.7 2.74 0.11 3007100200486 1080.9 2.79 0.11 3007100200487 1086.1 2.90 0.11 3007100200488 1091.4 2.73 0.11 3007100200489 1096.7 2.65 0.11 3007100200490 1101.1 3.02 0.13 3007100200491 1105.6 2.67 0.11 3007100200492 1111.0 2.64 0.11 3007100200493 1116.5 2.63 0.11 3007100200494 1121.0 2.92 0.13 3007100200495 1125.6 2.74 0.11 3007100200496 1131.2 2.70 0.11 3007100200497 1135.9 2.83 0.13 3007100200498 1140.6 2.88 0.11 3007100200499 1146.2 2.92 0.11 3007100200500 1151.0 3.09 0.13 3007100200501 1155.8 3.06 0.11 3007100200502 1161.6 2.67 0.11 3007100200503 1166.4 2.99 0.13 3007100200504 1171.3 2.60 0.10 3007100200505 1176.2 2.33 0.10 3007100200506 1181.2 2.64 0.09 3007100200507 1186.1 2.65 0.10 3007100200508 1191.1 2.74 0.09 3007100200509 1196.2 2.66 0.09 3007100200510 1200.7 2.68 0.10 3007100200511 1206.4 2.54 0.11 3007100200512 1211.5 2.50 0.14 3007100200513 1215.6 2.53 0.14 3007100200514 1220.8 2.45 0.11 3007100200515 1226.1 2.48 0.14 3007100200516 1231.3 2.52 0.11 3007100200517 1236.6 2.42 0.14 3007100200518 1240.9 2.38 0.14 3007100200519 1246.2 2.71 0.11 3007100200520 1251.6 2.59 0.14 3007100200521 1256.0 2.75 0.14 3007100200522 1260.3 2.72 0.14 3007100200523 1265.8 2.77 0.11 3007100200524 1271.4 2.57 0.14 3007100200525 1275.8 2.64 0.14 3007100200526 1280.3 2.92 0.14 3007100200527 1285.9 2.75 0.11 3007100200528 1291.5 2.62 0.14 3007100200529 1296.1 2.85 0.14 3007100200530 1300.7 2.63 0.14 3007100200531 1305.3 2.87 0.14 3007100200532 1311.0 2.74 0.12 3007100200533 1316.9 2.60 0.15 3007100200534 1321.6 2.58 0.15 3007100200535 1326.3 2.70 0.15 3007100200536 1331.0 2.66 0.15 3007100200537 1335.8 2.75 0.15 3007100200538 1340.5 2.73 0.14 3007100200539 1345.4 2.67 0.14 3007100200540 1350.2 2.69 0.14 3007100200541 1355.1 2.74 0.14 3007100200542 1360.0 2.82 0.14 3007100200543 1364.9 2.62 0.14 3007100200544 1369.8 2.69 0.14 3007100200545 1374.8 2.88 0.14 3007100200546 1379.8 2.88 0.14 3007100200547 1384.8 3.10 0.14 3007100200548 1389.9 2.78 0.14 3007100200549 1394.9 2.87 0.14 3007100200550 1400.0 3.07 0.15 3007100200551 1405.2 2.77 0.15 3007100200552 1409.1 2.89 0.23 3007100200553 ENDDATA 526 0 3007100200554 ENDSUBENT 553 0 3007100299999 SUBENT 30071003 20080215 31253007100300001 BIB 11 37 3007100300002 REACTION (21-SC-45(N,SCT)21-SC-45,PAR,SIG) 3007100300003 INC-SPECT Lithium targets were about 20 keV thick at threshold 3007100300004 SAMPLE metal hollow right cylinder of Sc metal,2.54 cm 3007100300005 outside diameter,2.54 cm long, 0.51 cm wall thickness 3007100300006 METHOD (TOF) pulse rate was 3MHz, pulse length 2nanosec,flight3007100300007 path was 1 to 2 meters, target thickness about 20keV 3007100300008 and target to sample distance was 15 cm. 3007100300009 DETECTOR (LONGC) long counter as monitor. 3007100300010 ANALYSIS Differential cross sections were measured at 15-degree 3007100300011 intervals between 30 and 150 deg. Elastic scattering 3007100300012 cross section and Legendre coefficients were derived 3007100300013 from least-squares fit to Legendre-funct of 4th degree.3007100300014 MONITOR (6-C-0(N,EL)6-C-0,,SIG) 3007100300015 Elastic scattering cross-section as given 3007100300016 in ANL-5567. C-sample same outside dimensions as Sc 3007100300017 sample but 0.16 cm wall thickness. 3007100300018 COMMENT Neutrons scattered inelastically from the first excited3007100300019 level (12 keV) of Sc are included in the elastic 3007100300020 scattering results. 3007100300021 CORRECTION Corrections were made for 3007100300022 1) efficiency variation of monitor long counter, 3007100300023 2) effect of second neutron group from Li-7(p,n)Be-7*, 3007100300024 3) flux attenuation and multiple scattering in sample 3007100300025 4) scattering from oxygen. Oxygen content was 3007100300026 determined as 9.2+-1.7 atomic percent by neutron 3007100300027 elastic scattering, neutron activation and chemical 3007100300028 methods. Data were corrected using oxygen differen- 3007100300029 tial scattering cross section data of Lane et al., 3007100300030 Argonne National Laboratory Report ANL-6172 (1960). 3007100300031 ERR-ANALYS (DATA-ERR) is standard deviation calculated from 3007100300032 goodness-of-fit to Legendre function and uncertainties 3007100300033 in oxygen content and cross sections. 3007100300034 For the total elastic cross section an additional 5% 3007100300035 uncertainty was included for systematic errors in 3007100300036 detector efficiency calibration and carbon standard 3007100300037 cross sections. 3007100300038 HISTORY (20080215S) Dataset was restored. 3007100300039 ENDBIB 37 0 3007100300040 COMMON 2 3 3007100300041 E-LVL E-LVL 3007100300042 KEV KEV 3007100300043 0.0 1.2000E+01 3007100300044 ENDCOMMON 3 0 3007100300045 DATA 3 64 3007100300046 EN DATA DATA-ERR 3007100300047 KEV B B 3007100300048 200. 4.80 0.28 3007100300049 210. 4.74 0.40 3007100300050 217. 4.97 0.28 3007100300051 220. 4.84 0.27 3007100300052 230. 4.73 0.33 3007100300053 240. 5.02 0.27 3007100300054 250. 5.17 0.31 3007100300055 260. 3.76 0.24 3007100300056 270. 4.40 0.23 3007100300057 300. 3.21 0.18 3007100300058 320. 3.01 0.17 3007100300059 340. 2.75 0.15 3007100300060 360. 3.14 0.17 3007100300061 380. 3.48 0.19 3007100300062 400. 2.89 0.18 3007100300063 420. 2.54 0.21 3007100300064 440. 2.32 0.32 3007100300065 460. 2.26 0.24 3007100300066 480. 2.44 0.18 3007100300067 500. 2.79 0.17 3007100300068 520. 3.03 0.17 3007100300069 540. 2.60 0.15 3007100300070 560. 2.72 0.15 3007100300071 580. 2.76 0.15 3007100300072 600. 2.96 0.17 3007100300073 620. 2.95 0.17 3007100300074 640. 3.07 0.17 3007100300075 660. 2.79 0.16 3007100300076 680. 2.64 0.15 3007100300077 700. 2.84 0.15 3007100300078 720. 2.88 0.11 3007100300079 740. 2.93 0.15 3007100300080 760. 2.64 0.14 3007100300081 780. 2.83 0.15 3007100300082 800. 2.89 0.15 3007100300083 820. 2.67 0.14 3007100300084 840. 2.98 0.18 3007100300085 860. 2.29 0.13 3007100300086 880. 2.44 0.14 3007100300087 900. 2.57 0.15 3007100300088 920. 2.56 0.14 3007100300089 940. 2.77 0.15 3007100300090 960. 2.58 0.16 3007100300091 980. 2.78 0.19 3007100300092 1000. 2.88 0.21 3007100300093 1020. 2.56 0.19 3007100300094 1040. 2.44 0.17 3007100300095 1060. 2.25 0.16 3007100300096 1080. 2.49 0.18 3007100300097 1100. 2.51 0.21 3007100300098 1120. 2.49 0.16 3007100300099 1160. 2.80 0.21 3007100300100 1180. 2.83 0.17 3007100300101 1200. 2.72 0.15 3007100300102 1220. 2.96 0.20 3007100300103 1240. 2.67 0.15 3007100300104 1260. 2.94 0.16 3007100300105 1280. 2.87 0.16 3007100300106 1300. 3.12 0.18 3007100300107 1320. 3.11 0.21 3007100300108 1340. 3.48 0.20 3007100300109 1360. 3.10 0.17 3007100300110 1380. 2.80 0.16 3007100300111 1400. 2.90 0.21 3007100300112 ENDDATA 66 0 3007100300113 ENDSUBENT 112 0 3007100399999 SUBENT 30071004 20080215 31253007100400001 BIB 11 35 3007100400002 REACTION (21-SC-45(N,SCT)21-SC-45,PAR,DA,,LEG/RS) 3007100400003 first (l=1) Legendre coefficient, a(1), of the form 3007100400004 4pi/sig d-sig/d-omega = 1 + sum(a(l)*p(l)) 3007100400005 INC-SPECT Lithium targets were about 20 keV thick at threshold 3007100400006 SAMPLE metal hollow right cylinder of Sc metal,2.54 cm 3007100400007 outside diameter,2.54 cm long, 0.51 cm wall thickness 3007100400008 METHOD (TOF) pulse rate was 3MHz, pulse length 2nanosec,flight3007100400009 path was 1 to 2 meters, target thickness about 20keV 3007100400010 and target to sample distance was 15 cm. 3007100400011 DETECTOR (LONGC) long counter as monitor. 3007100400012 ANALYSIS Differential cross sections were measured at 15-degree 3007100400013 intervals between 30 and 150 deg. Elastic scattering 3007100400014 cross section and Legendre coefficients were derived 3007100400015 from least-squares fit to Legendre-funct of 4th degree.3007100400016 MONITOR (6-C-0(N,EL)6-C-0,,SIG) 3007100400017 Elastic scattering cross-section as given 3007100400018 in ANL-5567. C-sample same outside dimensions as Sc 3007100400019 sample but 0.16 cm wall thickness. 3007100400020 COMMENT Neutrons scattered inelastically from the first excited3007100400021 level (12 keV) of Sc are included in the elastic 3007100400022 scattering results. 3007100400023 CORRECTION Corrections were made for 3007100400024 1) efficiency variation of monitor long counter, 3007100400025 2) effect of second neutron group from Li-7(p,n)Be-7*, 3007100400026 3) flux attenuation and multiple scattering in sample 3007100400027 4) scattering from oxygen. Oxygen content was 3007100400028 determined as 9.2+-1.7 atomic percent by neutron 3007100400029 elastic scattering, neutron activation and chemical 3007100400030 methods. Data were corrected using oxygen differen- 3007100400031 tial scattering cross section data of Lane et al., 3007100400032 Argonne National Laboratory report ANL-6172 (1960). 3007100400033 ERR-ANALYS (DATA-ERR) is standard deviation calculated from 3007100400034 goodness-of-fit to Legendre function and uncertainties 3007100400035 in oxygen content and cross sections. 3007100400036 HISTORY (20080215S) Dataset was restored. 3007100400037 ENDBIB 35 0 3007100400038 COMMON 3 3 3007100400039 NUMBER E-LVL E-LVL 3007100400040 NO-DIM KEV KEV 3007100400041 1.0000E+00 0.0 1.2000E+01 3007100400042 ENDCOMMON 3 0 3007100400043 DATA 3 64 3007100400044 EN DATA DATA-ERR 3007100400045 KEV NO-DIM NO-DIM 3007100400046 200. 0.06 0.07 3007100400047 210. 0.24 0.13 3007100400048 217. 0.00 0.06 3007100400049 220. 0.23 0.05 3007100400050 230. 0.23 0.11 3007100400051 240. 0.16 0.04 3007100400052 250. 0.28 0.08 3007100400053 260. 0.15 0.08 3007100400054 270. 0.20 0.03 3007100400055 300. 0.41 0.04 3007100400056 320. 0.45 0.04 3007100400057 340. 0.41 0.04 3007100400058 360. 0.22 0.02 3007100400059 380. 0.35 0.03 3007100400060 400. 0.41 0.03 3007100400061 420. 0.56 0.06 3007100400062 440. 0.47 0.11 3007100400063 460. 0.47 0.14 3007100400064 480. 0.49 0.08 3007100400065 500. 0.44 0.06 3007100400066 520. 0.57 0.05 3007100400067 540. 0.63 0.06 3007100400068 560. 0.55 0.05 3007100400069 580. 0.56 0.05 3007100400070 600. 0.43 0.06 3007100400071 620. 0.44 0.05 3007100400072 640. 0.49 0.04 3007100400073 660. 0.52 0.05 3007100400074 680. 0.45 0.05 3007100400075 700. 0.44 0.04 3007100400076 720. 0.55 0.04 3007100400077 740. 0.61 0.04 3007100400078 760. 0.71 0.05 3007100400079 780. 0.66 0.05 3007100400080 800. 0.65 0.04 3007100400081 820. 0.79 0.05 3007100400082 840. 0.77 0.09 3007100400083 860. 0.62 0.04 3007100400084 880. 0.55 0.05 3007100400085 900. 0.74 0.06 3007100400086 920. 0.76 0.05 3007100400087 940. 0.61 0.04 3007100400088 960. 0.67 0.05 3007100400089 980. 0.56 0.07 3007100400090 1000. 0.60 0.08 3007100400091 1020. 0.51 0.06 3007100400092 1040. 0.72 0.06 3007100400093 1060. 0.68 0.07 3007100400094 1080. 0.55 0.11 3007100400095 1100. 0.80 0.18 3007100400096 1120. 0.64 0.09 3007100400097 1160. 0.57 0.14 3007100400098 1180. 0.46 0.08 3007100400099 1200. 0.73 0.06 3007100400100 1220. 0.58 0.12 3007100400101 1240. 0.37 0.06 3007100400102 1260. 0.61 0.06 3007100400103 1280. 0.59 0.05 3007100400104 1300. 0.85 0.07 3007100400105 1320. 0.99 0.10 3007100400106 1340. 0.92 0.08 3007100400107 1360. 0.88 0.07 3007100400108 1380. 0.82 0.08 3007100400109 1400. 0.89 0.13 3007100400110 ENDDATA 66 0 3007100400111 ENDSUBENT 110 0 3007100499999 SUBENT 30071005 20080215 31253007100500001 BIB 11 35 3007100500002 REACTION (21-SC-45(N,SCT)21-SC-45,PAR,DA,,LEG/RS) 3007100500003 second (l=2) Legendre coefficient, a(l), of the form 3007100500004 4pi/sig d-sig/d-omega = 1 + sum(a(l)*p(l)) 3007100500005 INC-SPECT Lithium targets were about 20 keV thick at threshold 3007100500006 SAMPLE metal hollow right cylinder of Sc metal,2.54 cm 3007100500007 outside diameter,2.54 cm long, 0.51 cm wall thickness 3007100500008 METHOD (TOF) pulse rate was 3MHz, pulse length 2nanosec,flight3007100500009 path was 1 to 2 meters, target thickness about 20keV 3007100500010 and target to sample distance was 15 cm. 3007100500011 DETECTOR (LONGC) long counter as monitor. 3007100500012 ANALYSIS Differential cross sections were measured at 15-degree 3007100500013 intervals between 30 and 150 deg. Elastic scattering 3007100500014 cross section and Legendre coefficients were derived 3007100500015 from least-squares fit to Legendre-funct of 4th degree.3007100500016 MONITOR (6-C-0(N,EL)6-C-0,,SIG) 3007100500017 Elastic scattering cross-section as given 3007100500018 in ANL-5567. C-sample same outside dimensions as Sc 3007100500019 sample but 0.16 cm wall thickness. 3007100500020 COMMENT Neutrons scattered inelastically from the first excited3007100500021 level (12 keV) of Sc are included in the elastic 3007100500022 scattering results. 3007100500023 CORRECTION Corrections were made for 3007100500024 1) efficiency variation of monitor long counter, 3007100500025 2) effect of second neutron group from Li-7(p,n)Be-7*, 3007100500026 3) flux attenuation and multiple scattering in sample 3007100500027 4) scattering from oxygen. Oxygen content was 3007100500028 determined as 9.2+-1.7 atomic percent by neutron 3007100500029 elastic scattering, neutron activation and chemical 3007100500030 methods. Data were corrected using oxygen differen- 3007100500031 tial scattering cross section data of Lane et al., 3007100500032 Argonne National Laboratory Report ANL-6172 (1960). 3007100500033 ERR-ANALYS (DATA-ERR) is standard deviation calculated from 3007100500034 goodness-of-fit to Legendre function and uncertainties 3007100500035 in oxygen content and cross sections. 3007100500036 HISTORY (20080215S) Dataset was restored. 3007100500037 ENDBIB 35 0 3007100500038 COMMON 3 3 3007100500039 NUMBER E-LVL E-LVL 3007100500040 NO-DIM KEV KEV 3007100500041 2.0000E+00 0.0 1.2000E+01 3007100500042 ENDCOMMON 3 0 3007100500043 DATA 3 64 3007100500044 EN DATA DATA-ERR 3007100500045 KEV NO-DIM NO-DIM 3007100500046 200. 0.36 0.11 3007100500047 210. -0.23 0.27 3007100500048 217. 0.04 0.11 3007100500049 220. 0.26 0.09 3007100500050 230. 0.06 0.20 3007100500051 240. 0.32 0.07 3007100500052 250. 0.19 0.14 3007100500053 260. 0.38 0.15 3007100500054 270. 0.25 0.06 3007100500055 300. 0.19 0.06 3007100500056 320. 0.18 0.05 3007100500057 340. 0.24 0.04 3007100500058 360. 0.27 0.03 3007100500059 380. 0.21 0.03 3007100500060 400. 0.25 0.04 3007100500061 420. 0.33 0.07 3007100500062 440. 0.27 0.12 3007100500063 460. 0.45 0.12 3007100500064 480. 0.53 0.07 3007100500065 500. 0.48 0.05 3007100500066 520. 0.47 0.04 3007100500067 540. 0.58 0.06 3007100500068 560. 0.57 0.06 3007100500069 580. 0.64 0.05 3007100500070 600. 0.67 0.08 3007100500071 620. 0.64 0.07 3007100500072 640. 0.66 0.05 3007100500073 660. 0.67 0.07 3007100500074 680. 0.81 0.07 3007100500075 700. 0.58 0.05 3007100500076 720. 0.55 0.05 3007100500077 740. 0.58 0.03 3007100500078 760. 0.67 0.04 3007100500079 780. 0.86 0.06 3007100500080 800. 0.68 0.04 3007100500081 820. 0.69 0.04 3007100500082 840. 1.37 0.15 3007100500083 860. 0.80 0.05 3007100500084 880. 0.82 0.08 3007100500085 900. 0.81 0.07 3007100500086 920. 0.90 0.07 3007100500087 940. 0.92 0.06 3007100500088 960. 0.92 0.08 3007100500089 980. 1.10 0.12 3007100500090 1000. 1.23 0.16 3007100500091 1020. 1.08 0.15 3007100500092 1040. 1.04 0.13 3007100500093 1060. 1.09 0.15 3007100500094 1080. 1.15 0.18 3007100500095 1100. 0.98 0.25 3007100500096 1120. 1.01 0.16 3007100500097 1160. 1.30 0.22 3007100500098 1180. 1.38 0.15 3007100500099 1200. 1.12 0.10 3007100500100 1220. 1.27 0.20 3007100500101 1240. 0.97 0.11 3007100500102 1260. 1.20 0.10 3007100500103 1280. 1.18 0.09 3007100500104 1300. 1.41 0.11 3007100500105 1320. 1.30 0.13 3007100500106 1340. 1.47 0.11 3007100500107 1360. 1.12 0.10 3007100500108 1380. 1.19 0.12 3007100500109 1400. 1.47 0.21 3007100500110 ENDDATA 66 0 3007100500111 ENDSUBENT 110 0 3007100599999 SUBENT 30071006 20080215 31253007100600001 BIB 11 35 3007100600002 REACTION (21-SC-45(N,SCT)21-SC-45,PAR,DA,,LEG/RS) 3007100600003 third (l=3) Legendre coefficient, a(l), of the form 3007100600004 4pi/sig d-sig/d-omega = 1 + sum(a(l)*p(l)) 3007100600005 INC-SPECT Lithium targets were about 20 keV thick at threshold 3007100600006 SAMPLE metal hollow right cylinder of Sc metal,2.54 cm 3007100600007 outside diameter,2.54 cm long, 0.51 cm wall thickness 3007100600008 METHOD (TOF) pulse rate was 3MHz, pulse length 2nanosec,flight3007100600009 path was 1 to 2 meters, target thickness about 20keV 3007100600010 and target to sample distance was 15 cm. 3007100600011 DETECTOR (LONGC) long counter as monitor. 3007100600012 ANALYSIS Differential cross sections were measured at 15-degree 3007100600013 intervals between 30 and 150 deg. Elastic scattering 3007100600014 cross section and Legendre coefficients were derived 3007100600015 from least-squares fit to Legendre-funct of 4th degree.3007100600016 MONITOR (6-C-0(N,EL)6-C-0,,SIG) 3007100600017 Elastic scattering cross-section as given 3007100600018 in ANL-5567. C-sample same outside dimensions as Sc 3007100600019 sample but 0.16 cm wall thickness. 3007100600020 COMMENT Neutrons scattered inelastically from the first excited3007100600021 level (12 keV) of Sc are included in the elastic 3007100600022 scattering results. 3007100600023 CORRECTION Corrections were made for 3007100600024 1) efficiency variation of monitor long counter, 3007100600025 2) effect of second neutron group from Li-7(p,n)Be-7*, 3007100600026 3) flux attenuation and multiple scattering in sample 3007100600027 4) scattering from oxygen. Oxygen content was 3007100600028 determined as 9.2+-1.7 atomic percent by neutron 3007100600029 elastic scattering, neutron activation and chemical 3007100600030 methods. Data were corrected using oxygen differen- 3007100600031 tial scattering cross section data of Lane et al., 3007100600032 Argonne National Laboratory Report ANL-6172 (1960). 3007100600033 ERR-ANALYS (DATA-ERR) is standard deviation calculated from 3007100600034 goodness-of-fit to Legendre function and uncertainties 3007100600035 in oxygen content and cross sections. 3007100600036 HISTORY (20080215S) Dataset was restored. 3007100600037 ENDBIB 35 0 3007100600038 COMMON 3 3 3007100600039 NUMBER E-LVL E-LVL 3007100600040 NO-DIM KEV KEV 3007100600041 3.0000E+00 0.0 1.2000E+01 3007100600042 ENDCOMMON 3 0 3007100600043 DATA 3 64 3007100600044 EN DATA DATA-ERR 3007100600045 KEV NO-DIM NO-DIM 3007100600046 200. -0.50 0.10 3007100600047 210. 0.14 0.22 3007100600048 217. -0.28 0.10 3007100600049 220. -0.06 0.08 3007100600050 230. 0.17 0.17 3007100600051 240. -0.03 0.06 3007100600052 250. 0.07 0.11 3007100600053 260. -0.13 0.13 3007100600054 270. 0.00 0.05 3007100600055 300. 0.10 0.06 3007100600056 320. 0.03 0.05 3007100600057 340. 0.11 0.05 3007100600058 360. 0.02 0.03 3007100600059 380. 0.06 0.03 3007100600060 400. 0.02 0.03 3007100600061 420. 0.06 0.06 3007100600062 440. 0.01 0.07 3007100600063 460. 0.04 0.09 3007100600064 480. 0.08 0.06 3007100600065 500. 0.19 0.05 3007100600066 520. 0.08 0.04 3007100600067 540. 0.14 0.05 3007100600068 560. 0.12 0.05 3007100600069 580. 0.17 0.04 3007100600070 600. 0.15 0.08 3007100600071 620. 0.14 0.06 3007100600072 640. 0.13 0.03 3007100600073 660. 0.16 0.06 3007100600074 680. 0.11 0.06 3007100600075 700. 0.07 0.04 3007100600076 720. 0.09 0.04 3007100600077 740. 0.05 0.02 3007100600078 760. 0.10 0.03 3007100600079 780. 0.25 0.04 3007100600080 800. 0.05 0.02 3007100600081 820. 0.10 0.03 3007100600082 840. 0.34 0.11 3007100600083 860. 0.14 0.04 3007100600084 880. 0.07 0.07 3007100600085 900. 0.18 0.06 3007100600086 920. 0.26 0.05 3007100600087 940. 0.14 0.04 3007100600088 960. 0.12 0.07 3007100600089 980. 0.22 0.08 3007100600090 1000. 0.20 0.10 3007100600091 1020. 0.20 0.08 3007100600092 1040. 0.22 0.06 3007100600093 1060. 0.22 0.09 3007100600094 1080. 0.14 0.11 3007100600095 1100. 0.35 0.16 3007100600096 1120. 0.07 0.08 3007100600097 1160. 0.03 0.13 3007100600098 1180. 0.03 0.07 3007100600099 1200. 0.14 0.04 3007100600100 1220. 0.14 0.12 3007100600101 1240. -0.13 0.09 3007100600102 1260. 0.15 0.07 3007100600103 1280. 0.11 0.06 3007100600104 1300. 0.31 0.06 3007100600105 1320. 0.41 0.09 3007100600106 1340. 0.54 0.07 3007100600107 1360. 0.30 0.07 3007100600108 1380. 0.17 0.09 3007100600109 1400. 0.39 0.17 3007100600110 ENDDATA 66 0 3007100600111 ENDSUBENT 110 0 3007100699999 SUBENT 30071007 20080215 31253007100700001 BIB 11 35 3007100700002 REACTION (21-SC-45(N,SCT)21-SC-45,PAR,DA,,LEG/RS) 3007100700003 fourth (l=4) Legendre coefficient, a(l), of the form 3007100700004 4pi/sig d-sig/d-omega = 1 + sum(a(l)*p(l)) 3007100700005 INC-SPECT Lithium targets were about 20 keV thick at threshold 3007100700006 SAMPLE Metal hollow right cylinder of Sc metal,2.54 cm 3007100700007 outside diameter,2.54 cm long, 0.51 cm wall thickness 3007100700008 METHOD (TOF) pulse rate was 3MHz, pulse length 2nanosec,flight3007100700009 path was 1 to 2 meters, target thickness about 20keV 3007100700010 and target to sample distance was 15 cm. 3007100700011 DETECTOR (LONGC) long counter as monitor. 3007100700012 ANALYSIS Differential cross sections were measured at 15-degree 3007100700013 intervals between 30 and 150 deg. Elastic scattering 3007100700014 cross section and Legendre coefficients were derived 3007100700015 from least-squares fit to Legendre-funct of 4th degree.3007100700016 MONITOR (6-C-0(N,EL)6-C-0,,SIG) 3007100700017 Elastic scattering cross-section as given 3007100700018 in ANL-5567. C-sample same outside dimensions as Sc 3007100700019 sample but 0.16 cm wall thickness. 3007100700020 COMMENT Neutrons scattered inelastically from the first excited3007100700021 level (12 keV) of Sc are included in the elastic 3007100700022 scattering results. 3007100700023 CORRECTION Corrections were made for 3007100700024 1) efficiency variation of monitor long counter, 3007100700025 2) effect of second neutron group from Li-7(p,n)Be-7*, 3007100700026 3) flux attenuation and multiple scattering in sample 3007100700027 4) scattering from oxygen. Oxygen content was 3007100700028 determined as 9.2+-1.7 atomic percent by neutron 3007100700029 elastic scattering, neutron activation and chemical 3007100700030 methods. Data were corrected using oxygen differen- 3007100700031 tial scattering cross section data of lane,et Al., 3007100700032 Argonne National Laboratory Report ANL-6172 (1960). 3007100700033 ERR-ANALYS (DATA-ERR) is standard deviation calculated from 3007100700034 goodness-of-fit to Legendre function and uncertainties 3007100700035 in oxygen content and cross sections. 3007100700036 HISTORY (20080215S) Dataset was restored. 3007100700037 ENDBIB 35 0 3007100700038 COMMON 3 3 3007100700039 NUMBER E-LVL E-LVL 3007100700040 NO-DIM KEV KEV 3007100700041 4.0000E+00 0.0 1.2000E+01 3007100700042 ENDCOMMON 3 0 3007100700043 DATA 3 64 3007100700044 EN DATA DATA-ERR 3007100700045 KEV NO-DIM NO-DIM 3007100700046 200. 0.21 0.12 3007100700047 210. -0.23 0.27 3007100700048 217. 0.08 0.12 3007100700049 220. 0.21 0.09 3007100700050 230. -0.03 0.20 3007100700051 240. 0.22 0.07 3007100700052 250. 0.07 0.13 3007100700053 260. 0.18 0.15 3007100700054 270. 0.06 0.06 3007100700055 300. -0.01 0.06 3007100700056 320. 0.01 0.06 3007100700057 340. 0.05 0.06 3007100700058 360. 0.09 0.04 3007100700059 380. 0.04 0.04 3007100700060 400. 0.03 0.04 3007100700061 420. -0.01 0.06 3007100700062 440. 0.02 0.07 3007100700063 460. -0.05 0.10 3007100700064 480. -0.11 0.06 3007100700065 500. 0.07 0.05 3007100700066 520. 0.06 0.04 3007100700067 540. 0.16 0.06 3007100700068 560. 0.15 0.06 3007100700069 580. 0.11 0.05 3007100700070 600. 0.16 0.10 3007100700071 620. 0.16 0.07 3007100700072 640. 0.09 0.04 3007100700073 660. 0.19 0.07 3007100700074 680. 0.25 0.07 3007100700075 700. 0.07 0.04 3007100700076 720. 0.04 0.04 3007100700077 740. 0.02 0.02 3007100700078 760. 0.03 0.03 3007100700079 780. 0.19 0.05 3007100700080 800. 0.05 0.03 3007100700081 820. 0.03 0.03 3007100700082 840. 0.39 0.13 3007100700083 860. 0.13 0.04 3007100700084 880. -0.02 0.08 3007100700085 900. 0.06 0.07 3007100700086 920. 0.11 0.05 3007100700087 940. 0.02 0.04 3007100700088 960. 0.06 0.06 3007100700089 980. 0.08 0.09 3007100700090 1000. 0.14 0.11 3007100700091 1020. 0.17 0.08 3007100700092 1040. 0.03 0.07 3007100700093 1060. 0.05 0.10 3007100700094 1080. 0.15 0.09 3007100700095 1100. 0.13 0.14 3007100700096 1120. 0.08 0.08 3007100700097 1160. 0.24 0.12 3007100700098 1180. 0.35 0.08 3007100700099 1200. 0.10 0.05 3007100700100 1220. 0.20 0.11 3007100700101 1240. -0.19 0.13 3007100700102 1260. 0.13 0.08 3007100700103 1280. 0.06 0.07 3007100700104 1300. 0.31 0.07 3007100700105 1320. 0.22 0.11 3007100700106 1340. 0.45 0.08 3007100700107 1360. 0.10 0.09 3007100700108 1380. 0.03 0.11 3007100700109 1400. 0.35 0.20 3007100700110 ENDDATA 66 0 3007100700111 ENDSUBENT 110 0 3007100799999 SUBENT 30071008 20080215 31253007100800001 BIB 7 19 3007100800002 REACTION (21-SC-45(N,INL)21-SC-45,PAR,DA) 3007100800003 scatt at 90 deg from 377 keV level 3007100800004 SAMPLE Metal- hollow right cylinder of Sc metal,2.54 cm diam,3007100800005 2.54 cm long, 0.51 cm wall thickness. 3007100800006 METHOD (TOF)pulse rate 3MHz, pulse length 2 nanosec, Li target3007100800007 thickness 8 and 10 keV, flight path 1 and 1.5 meters, 3007100800008 target to sample distance 10 cm, detector at 90 degrees3007100800009 DETECTOR (GELI) level energies and decay modes were studied with3007100800010 a Ge(Li) gamma-ray detector operated in time-gated mode3007100800011 no evidence for excitation of the 939 keV level was 3007100800012 observed. 3007100800013 MONITOR (6-C-0(N,EL)6-C-0,,SIG) 3007100800014 Elastic scattering cross-section as given 3007100800015 in anl-5567. C-sample same outside dimension as Sc 3007100800016 sample but 0.16 cm wall thickness. 3007100800017 ERR-ANALYS (DATA-ERR) is standard deviation including statistical 3007100800018 error in peak areas and 5% for detector 3007100800019 efficiency calibration. 3007100800020 HISTORY (20080215S) Dataset was restored. 3007100800021 ENDBIB 19 0 3007100800022 COMMON 3 3 3007100800023 E-LVL E-LVL-ERR ANG 3007100800024 KEV KEV ADEG 3007100800025 3.7710E+02 4.0000E-01 9.0000E+01 3007100800026 ENDCOMMON 3 0 3007100800027 DATA 3 50 3007100800028 EN DATA DATA-ERR 3007100800029 KEV MB/SR MB/SR 3007100800030 560. 4.23 0.74 3007100800031 570. 4.01 1.05 3007100800032 580. 3.86 0.59 3007100800033 590. 4.02 0.70 3007100800034 600. 3.11 0.43 3007100800035 610. 4.82 0.59 3007100800036 617. 5.69 0.41 3007100800037 630. 6.55 0.62 3007100800038 640. 6.17 0.58 3007100800039 650. 5.97 0.46 3007100800040 660. 5.47 0.55 3007100800041 672. 7.51 0.71 3007100800042 680. 6.37 0.56 3007100800043 690. 7.48 0.64 3007100800044 700. 7.07 0.50 3007100800045 710. 6.68 0.61 3007100800046 722. 6.80 0.59 3007100800047 730. 7.29 0.65 3007100800048 740. 7.40 0.67 3007100800049 750. 7.25 0.62 3007100800050 762. 7.36 0.57 3007100800051 772. 9.65 0.69 3007100800052 782. 8.10 0.60 3007100800053 792. 8.40 0.63 3007100800054 802. 8.20 0.65 3007100800055 812. 8.59 0.72 3007100800056 822. 8.96 0.83 3007100800057 832. 8.69 0.87 3007100800058 842. 10.40 0.91 3007100800059 852. 7.04 0.70 3007100800060 862. 6.36 0.79 3007100800061 870. 8.05 1.12 3007100800062 882. 8.36 1.09 3007100800063 892. 7.57 0.77 3007100800064 902. 5.92 0.65 3007100800065 912. 7.58 0.88 3007100800066 922. 7.86 0.74 3007100800067 932. 9.13 0.90 3007100800068 942. 8.77 0.86 3007100800069 952. 7.99 0.60 3007100800070 962. 8.95 0.69 3007100800071 972. 8.49 0.58 3007100800072 982. 8.59 0.58 3007100800073 992. 9.06 0.60 3007100800074 1002. 11.34 0.73 3007100800075 1012. 11.53 0.78 3007100800076 1022. 8.53 0.63 3007100800077 1032. 10.89 0.78 3007100800078 1042. 12.54 0.87 3007100800079 1052. 12.51 0.87 3007100800080 ENDDATA 52 0 3007100800081 ENDSUBENT 80 0 3007100899999 SUBENT 30071009 20080215 31253007100900001 BIB 9 31 3007100900002 REACTION (21-SC-45(N,INL)21-SC-45,PAR,DA) 3007100900003 scatt at 90 deg from 543 keV lvl 3007100900004 INC-SOURCE (P-T) for the 543-keV level of Sc, control experiments 3007100900005 were made with a T(p,n) neutron source to avoid second 3007100900006 neutron groups from the Li-7(p,n)Be-7 reaction. 3007100900007 SAMPLE metal- hollow right cylinder of Sc metal,2.54 cm diam,3007100900008 2.54 cm long, 0.51 cm wall thickness. 3007100900009 METHOD (TOF)pulse rate 3MHz, pulse length 2 nanosec, Li target3007100900010 thickness 8 and 10 keV, flight path 1 and 1.5 meters, 3007100900011 target to sample distance 10 cm, detector at 90 degrees3007100900012 DETECTOR (GELI) level energies and decay modes were studied with3007100900013 a Ge(Li) gamma-ray detector operated in time-gated mode3007100900014 no evidence for excitation of the 939 keV level was 3007100900015 observed. 3007100900016 MONITOR (6-C-0(N,EL)6-C-0,,SIG) 3007100900017 Elastic scattering cross-section as given 3007100900018 in anl-5567. C-sample same outside dimension as Sc 3007100900019 sample but 0.16 cm wall thickness. 3007100900020 CORRECTION Neutrons inelastically scattered from the 543 keV level3007100900021 of Sc could not be resolved from neutrons leaving the 3007100900022 Be-7 nucleus in the first excited state and subsequent-3007100900023 ly scattered elastically from Sc. Correction was made 3007100900024 using previously measured ratio of intensities for 3007100900025 neutrons from the ground and 1st-excited states in Be-73007100900026 ERR-ANALYS (DATA-ERR) is standard deviation including statistical 3007100900027 error in peak areas and 5% for detector 3007100900028 efficiency calibration. 3007100900029 For the 543-keV level the large error is due to 3007100900030 uncertainty in correction for neutrons leaving Be-7 in 3007100900031 1st-excited state. See correction. 3007100900032 HISTORY (20080215S) Dataset was restored. 3007100900033 ENDBIB 31 0 3007100900034 COMMON 3 3 3007100900035 E-LVL E-LVL-ERR ANG 3007100900036 KEV KEV ADEG 3007100900037 5.4320E+02 4.0000E-01 9.0000E+01 3007100900038 ENDCOMMON 3 0 3007100900039 DATA 3 66 3007100900040 EN DATA DATA-ERR 3007100900041 KEV MB/SR MB/SR 3007100900042 710. 9.70 1.48 3007100900043 720. 7.63 0.81 3007100900044 730. 9.93 1.69 3007100900045 740. 13.61 1.77 3007100900046 750. 11.35 2.18 3007100900047 760. 11.48 2.41 3007100900048 770. 10.83 2.18 3007100900049 780. 11.33 2.30 3007100900050 790. 11.68 2.49 3007100900051 800. 11.36 2.37 3007100900052 807. 6.05 2.17 3007100900053 820. 11.67 2.41 3007100900054 827. 10.40 2.61 3007100900055 837. 9.86 2.08 3007100900056 847. 9.86 1.90 3007100900057 857. 12.44 1.79 3007100900058 867. 9.08 1.76 3007100900059 877. 9.48 1.89 3007100900060 887. 10.10 2.11 3007100900061 897. 10.69 2.35 3007100900062 907. 9.52 2.14 3007100900063 917. 12.77 2.08 3007100900064 927. 11.37 2.08 3007100900065 937. 12.87 2.17 3007100900066 948. 10.83 2.10 3007100900067 957. 8.71 1.92 3007100900068 967. 10.24 1.77 3007100900069 977. 10.12 1.72 3007100900070 987. 9.24 1.74 3007100900071 997. 10.74 1.82 3007100900072 1008. 10.71 2.18 3007100900073 1018. 8.67 1.98 3007100900074 1027. 10.81 1.97 3007100900075 1037. 9.20 1.84 3007100900076 1047. 9.73 1.88 3007100900077 1057. 12.87 1.96 3007100900078 1067. 10.46 1.94 3007100900079 1077. 14.85 2.05 3007100900080 1087. 12.91 2.08 3007100900081 1097. 15.42 2.15 3007100900082 1107. 12.90 2.20 3007100900083 1120. 6.96 2.23 3007100900084 1130. 9.23 2.27 3007100900085 1140. 9.38 2.28 3007100900086 1150. 7.66 2.14 3007100900087 1160. 11.40 2.25 3007100900088 1170. 11.78 2.20 3007100900089 1180. 7.98 2.27 3007100900090 1190. 12.36 2.18 3007100900091 1200. 10.96 2.46 3007100900092 1210. 10.34 2.34 3007100900093 1220. 13.12 2.37 3007100900094 1230. 11.58 2.32 3007100900095 1240. 15.64 2.33 3007100900096 1250. 12.38 2.27 3007100900097 1260. 7.73 2.16 3007100900098 1270. 17.61 2.39 3007100900099 1280. 16.64 2.44 3007100900100 1290. 14.58 2.50 3007100900101 1300. 12.41 2.48 3007100900102 1350. 7.49 2.11 3007100900103 1360. 19.50 2.51 3007100900104 1370. 16.56 2.57 3007100900105 1380. 13.21 2.49 3007100900106 1390. 15.29 2.62 3007100900107 1400. 4.30 2.33 3007100900108 ENDDATA 68 0 3007100900109 ENDSUBENT 108 0 3007100999999 SUBENT 30071010 20080215 31253007101000001 BIB 7 19 3007101000002 REACTION (21-SC-45(N,INL)21-SC-45,PAR,DA) 3007101000003 scatt at 90 deg from 720 keV level 3007101000004 SAMPLE Metal- hollow right cylinder of Sc metal,2.54 cm diam,3007101000005 2.54 cm long, 0.51 cm wall thickness. 3007101000006 METHOD (TOF)pulse rate 3MHz, pulse length 2 nanosec, Li target3007101000007 thickness 8 and 10 keV, flight path 1 and 1.5 meters, 3007101000008 target to sample distance 10 cm, detector at 90 degrees3007101000009 DETECTOR (GELI) level energies and decay modes were studied with3007101000010 a Ge(Li) gamma-ray detector operated in time-gated mode3007101000011 no evidence for excitation of the 939 keV level was 3007101000012 observed. 3007101000013 MONITOR (6-C-0(N,EL)6-C-0,,SIG) 3007101000014 Elastic scattering cross-section as given 3007101000015 in ANL-5567. C-sample same outside dimension as Sc 3007101000016 sample but 0.16 cm wall thickness. 3007101000017 ERR-ANALYS (DATA-ERR) is standard deviation including statistical 3007101000018 error in peak areas and 5% for detector 3007101000019 efficiency calibration. 3007101000020 HISTORY (20080215S) Dataset was restored. 3007101000021 ENDBIB 19 0 3007101000022 COMMON 3 3 3007101000023 E-LVL E-LVL-ERR ANG 3007101000024 KEV KEV ADEG 3007101000025 7.2030E+02 5.0000E-01 9.0000E+01 3007101000026 ENDCOMMON 3 0 3007101000027 DATA 3 56 3007101000028 EN DATA DATA-ERR 3007101000029 KEV MB/SR MB/SR 3007101000030 850. 5.00 2.45 3007101000031 860. 6.73 1.91 3007101000032 870. 11.30 1.40 3007101000033 880. 7.34 1.00 3007101000034 890. 4.55 0.84 3007101000035 900. 7.07 1.20 3007101000036 910. 8.66 1.13 3007101000037 920. 7.72 1.06 3007101000038 930. 7.75 0.99 3007101000039 940. 7.06 1.18 3007101000040 952. 6.55 0.63 3007101000041 962. 8.77 0.71 3007101000042 972. 9.64 0.69 3007101000043 982. 13.32 0.91 3007101000044 992. 8.96 0.69 3007101000045 1002. 8.79 0.72 3007101000046 1012. 8.43 0.63 3007101000047 1022. 8.47 0.65 3007101000048 1032. 9.53 0.72 3007101000049 1042. 10.88 0.81 3007101000050 1052. 11.03 0.82 3007101000051 1062. 13.28 0.94 3007101000052 1072. 12.45 0.91 3007101000053 1082. 10.87 0.85 3007101000054 1092. 13.30 0.93 3007101000055 1102. 12.86 0.89 3007101000056 1110. 11.74 1.30 3007101000057 1120. 9.94 1.22 3007101000058 1130. 8.77 1.09 3007101000059 1140. 7.05 1.07 3007101000060 1150. 8.32 0.64 3007101000061 1160. 8.82 0.67 3007101000062 1170. 10.81 0.93 3007101000063 1180. 9.74 0.75 3007101000064 1190. 9.57 0.68 3007101000065 1200. 10.35 0.88 3007101000066 1210. 9.69 0.70 3007101000067 1220. 8.06 0.63 3007101000068 1230. 9.29 0.73 3007101000069 1240. 8.64 0.66 3007101000070 1250. 6.97 0.98 3007101000071 1260. 9.14 1.02 3007101000072 1270. 12.22 1.18 3007101000073 1280. 13.14 1.29 3007101000074 1290. 14.69 1.37 3007101000075 1300. 16.34 1.10 3007101000076 1310. 12.25 0.89 3007101000077 1320. 13.35 0.98 3007101000078 1330. 17.29 1.21 3007101000079 1340. 19.35 1.38 3007101000080 1350. 16.29 1.15 3007101000081 1360. 19.67 1.34 3007101000082 1370. 15.89 1.25 3007101000083 1380. 11.09 0.92 3007101000084 1390. 12.46 1.08 3007101000085 1400. 8.93 0.89 3007101000086 ENDDATA 58 0 3007101000087 ENDSUBENT 86 0 3007101099999 SUBENT 30071011 20080215 31253007101100001 BIB 7 19 3007101100002 REACTION (21-SC-45(N,INL)21-SC-45,PAR,DA) 3007101100003 scatt at 90 deg from 975 keV level 3007101100004 SAMPLE Metal- hollow right cylinder of Sc metal,2.54 cm diam,3007101100005 2.54 cm long, 0.51 cm wall thickness. 3007101100006 METHOD (TOF)pulse rate 3MHz, pulse length 2 nanosec, Li target3007101100007 thickness 8 and 10 keV, flight path 1 and 1.5 meters, 3007101100008 target to sample distance 10 cm, detector at 90 degrees3007101100009 DETECTOR (GELI) level energies and decay modes were studied with3007101100010 a Ge(Li) gamma-ray detector operated in time-gated mode3007101100011 no evidence for excitation of the 939 keV level was 3007101100012 observed. 3007101100013 MONITOR (6-C-0(N,EL)6-C-0,,SIG) 3007101100014 Elastic scattering cross-section as given 3007101100015 in anl-5567. C-sample same outside dimension as Sc 3007101100016 sample but 0.16 Cm wall thickness. 3007101100017 ERR-ANALYS (DATA-ERR) is standard deviation including statistical 3007101100018 error in peak areas and 5% for detector 3007101100019 efficiency calibration. 3007101100020 HISTORY (20080215S) Dataset was restored. 3007101100021 ENDBIB 19 0 3007101100022 COMMON 3 3 3007101100023 E-LVL E-LVL-ERR ANG 3007101100024 KEV KEV ADEG 3007101100025 9.7490E+02 4.0000E-01 9.0000E+01 3007101100026 ENDCOMMON 3 0 3007101100027 DATA 3 26 3007101100028 EN DATA DATA-ERR 3007101100029 KEV MB/SR MB/SR 3007101100030 1150. 3.04 0.55 3007101100031 1160. 3.42 0.50 3007101100032 1170. 2.76 0.53 3007101100033 1180. 2.79 0.54 3007101100034 1190. 3.86 0.49 3007101100035 1200. 5.01 0.62 3007101100036 1210. 6.00 0.67 3007101100037 1220. 4.69 0.52 3007101100038 1230. 3.55 0.35 3007101100039 1240. 6.82 0.72 3007101100040 1250. 6.59 1.18 3007101100041 1260. 4.52 1.11 3007101100042 1270. 6.10 1.01 3007101100043 1280. 9.10 1.24 3007101100044 1290. 11.09 1.35 3007101100045 1300. 9.21 0.88 3007101100046 1310. 7.44 0.84 3007101100047 1320. 8.58 0.86 3007101100048 1330. 6.24 0.92 3007101100049 1340. 8.24 0.89 3007101100050 1350. 7.97 0.70 3007101100051 1360. 8.17 0.66 3007101100052 1370. 8.41 0.86 3007101100053 1380. 9.59 0.97 3007101100054 1390. 8.29 0.89 3007101100055 1400. 8.27 0.87 3007101100056 ENDDATA 28 0 3007101100057 ENDSUBENT 56 0 3007101199999 ENDENTRY 11 0 3007199999999