ENTRY C0910 20171004 C168C091000000001 SUBENT C0910001 20171004 C168C091000100001 BIB 8 17 C091000100002 TITLE A study of the gamma radiation produced in the alpha- C091000100003 particle bombardment of O16 C091000100004 AUTHOR (J.D.Pearson,R.H.Spear) C091000100005 INSTITUTE (1USACAL) C091000100006 REFERENCE (J,NP,54,434,1964) C091000100007 FACILITY (ACCEL,1USACAL) ONR tandem accelerator. C091000100008 DETECTOR (NAICR) Gammas detected using NaI(Tl) crytal mounted C091000100009 on a photomultiplier. C091000100010 MONITOR Beam energy calibrated using the 3492-keV resonance C091000100011 from 23Na(alpha,n)26Al and the 27Al(p,n)27Si thresholdC091000100012 at 5798 keV. C091000100013 HISTORY (20030423C) VM C091000100014 (20030805A) BIB update. Data added. C091000100015 (20050602C) DR Reference corrected C091000100016 (20090916A) BIB updates. C091000100017 (20170929A) TS+On+OS. Major revisions in 008-012. C091000100018 See also CP-D/933. Error analysis revised in all subs.C091000100019 ENDBIB 17 0 C091000100020 NOCOMMON 0 0 C091000100021 ENDSUBENT 20 0 C091000199999 SUBENT C0910002 20171004 C168C091000200001 BIB 6 10 C091000200002 REACTION 1(8-O-16(A,0),,EN) C091000200003 2(8-O-16(A,G),,WID) C091000200004 SAMPLE Three types of targets used: tantalum oxide, tungsten C091000200005 oxide and ice. C091000200006 FLAG (1.) Uncertain resonance assignment. C091000200007 ERR-ANALYS (DATA-ERR) No information on source of uncertainties C091000200008 STATUS (TABLE) Data taken from Table 3 in reference. C091000200009 HISTORY (20090916A) Pointer added to data heading. C091000200010 BIB update. C091000200011 (20170929A) OS. ERR-ANALYS added C091000200012 ENDBIB 10 0 C091000200013 NOCOMMON 0 0 C091000200014 DATA 6 10 C091000200015 DATA 1DATA-ERR 1DATA-CM 2DATA-ERR 2DATA-MX-CM2FLAG C091000200016 KEV KEV KEV KEV KEV NO-DIM C091000200017 5734. 9. 3. C091000200018 5940. 30. 29. 15. C091000200019 6610. 30. 155. 30. C091000200020 6930. 10. 2. C091000200021 7940. 20. 3. C091000200022 8170. 30. 4. C091000200023 8540. 40. C091000200024 9250. 40. 1. C091000200025 9400. 40. 40. 16. C091000200026 9570. 40. 46. 16. C091000200027 ENDDATA 12 0 C091000200028 ENDSUBENT 27 0 C091000299999 SUBENT C0910003 20171004 C168C091000300001 BIB 7 14 C091000300002 REACTION (8-O-16(A,G)10-NE-20,,DA,,REL) C091000300003 Data given in counts C091000300004 INC-SOURCE 300 micro-Curie He++. C091000300005 SAMPLE Tantalum oxide (Ta2O5), produced by anodizing Ta C091000300006 sheets in a solution of dibasic ammonium citrate. C091000300007 Thickness of oxide layer about 50 keV for 7 MeV C091000300008 alpha particles. C091000300009 CORRECTION Corrected for background. C091000300010 ERR-ANALYS (EN-ERR-DIG) Digitizing error in energy 0.002 MeV. C091000300011 (ERR-DIG) Digitizing error in data 5.0 C091000300012 (EN-ERR) Error in beam energy estimated to be C091000300013 about 0.3%. C091000300014 STATUS (CURVE) Data scanned from Fig.3 in reference by NPDC. C091000300015 HISTORY (20170929A) OS. Error analysis revised C091000300016 ENDBIB 14 0 C091000300017 COMMON 4 3 C091000300018 ANG EN-ERR EN-ERR-DIG ERR-DIG C091000300019 ADEG PER-CENT MEV ARB-UNITS C091000300020 0. 0.3 0.002 5.0 C091000300021 ENDCOMMON 3 0 C091000300022 DATA 2 143 C091000300023 EN DATA C091000300024 MEV ARB-UNITS C091000300025 4.769 346. C091000300026 4.789 376. C091000300027 4.805 349. C091000300028 4.828 387. C091000300029 4.849 445. C091000300030 4.870 459. C091000300031 4.892 489. C091000300032 4.910 459. C091000300033 4.930 557. C091000300034 4.949 486. C091000300035 4.962 547. C091000300036 4.969 596. C091000300037 4.991 509. C091000300038 5.008 543. C091000300039 5.026 416. C091000300040 5.048 414. C091000300041 5.066 524. C091000300042 5.087 566. C091000300043 5.107 559. C091000300044 5.128 517. C091000300045 5.148 478. C091000300046 5.169 440. C091000300047 5.187 413. C091000300048 5.205 427. C091000300049 5.227 417. C091000300050 5.245 430. C091000300051 5.270 452. C091000300052 5.287 397. C091000300053 5.308 451. C091000300054 5.326 533. C091000300055 5.348 543. C091000300056 5.357 592. C091000300057 5.363 778. C091000300058 5.366 1188. C091000300059 5.380 1515. C091000300060 5.389 1644. C091000300061 5.411 1550. C091000300062 5.428 892. C091000300063 5.446 580. C091000300064 5.466 674. C091000300065 5.487 635. C091000300066 5.507 609. C091000300067 5.525 610. C091000300068 5.548 576. C091000300069 5.567 521. C091000300070 5.585 495. C091000300071 5.605 488. C091000300072 5.623 498. C091000300073 5.642 511. C091000300074 5.664 533. C091000300075 5.683 479. C091000300076 5.703 468. C091000300077 5.722 494. C091000300078 5.744 496. C091000300079 5.765 441. C091000300080 5.783 419. C091000300081 5.805 436. C091000300082 5.823 430. C091000300083 5.842 452. C091000300084 5.864 470. C091000300085 5.883 511. C091000300086 5.904 541. C091000300087 5.922 728. C091000300088 5.944 810. C091000300089 5.961 848. C091000300090 5.980 704. C091000300091 6.002 594. C091000300092 6.021 571. C091000300093 6.042 513. C091000300094 6.062 498. C091000300095 6.081 528. C091000300096 6.099 509. C091000300097 6.119 531. C091000300098 6.142 553. C091000300099 6.161 595. C091000300100 6.180 564. C091000300101 6.203 594. C091000300102 6.218 547. C091000300103 6.241 553. C091000300104 6.260 515. C091000300105 6.277 476. C091000300106 6.299 478. C091000300107 6.320 491. C091000300108 6.337 441. C091000300109 6.359 446. C091000300110 6.381 525. C091000300111 6.400 486. C091000300112 6.419 508. C091000300113 6.440 558. C091000300114 6.461 592. C091000300115 6.482 670. C091000300116 6.500 720. C091000300117 6.521 786. C091000300118 6.531 762. C091000300119 6.538 723. C091000300120 6.560 825. C091000300121 6.581 871. C091000300122 6.602 913. C091000300123 6.623 951. C091000300124 6.643 937. C091000300125 6.662 797. C091000300126 6.684 771. C091000300127 6.700 676. C091000300128 6.724 589. C091000300129 6.741 518. C091000300130 6.761 520. C091000300131 6.778 453. C091000300132 6.799 399. C091000300133 6.819 388. C091000300134 6.841 378. C091000300135 6.842 422. C091000300136 6.861 388. C091000300137 6.879 373. C091000300138 6.898 399. C091000300139 6.905 328. C091000300140 6.909 376. C091000300141 6.915 452. C091000300142 6.918 429. C091000300143 6.920 594. C091000300144 6.922 596. C091000300145 6.929 4721. C091000300146 6.929 9507. C091000300147 6.934 8423. C091000300148 6.941 9653. C091000300149 6.949 9515. C091000300150 6.958 9378. C091000300151 6.964 8436. C091000300152 6.971 3573. C091000300153 6.978 861. C091000300154 6.989 664. C091000300155 6.998 781. C091000300156 7.001 790. C091000300157 7.019 723. C091000300158 7.023 739. C091000300159 7.038 760. C091000300160 7.060 742. C091000300161 7.079 683. C091000300162 7.100 637. C091000300163 7.119 787. C091000300164 7.138 817. C091000300165 7.158 811. C091000300166 7.182 728. C091000300167 7.199 649. C091000300168 ENDDATA 145 0 C091000300169 ENDSUBENT 168 0 C091000399999 SUBENT C0910004 20171004 C168C091000400001 BIB 6 15 C091000400002 REACTION (8-O-16(A,G)10-NE-20,,DA,,REL) C091000400003 Data given in counts C091000400004 INC-SOURCE 150 micro-Curie He++. C091000400005 SAMPLE Tungsten oxide, produced by radio frequency heating of C091000400006 a thick W blank in oxygen atmosphere. Oxygen was C091000400007 depleted in 18O by a factor of about 2.5. Target C091000400008 composition determined by elastic scattering of C091000400009 protons from the target surface; O/W ratio = 2.6 to C091000400010 an accuracy of 10% on the oxygen content. C091000400011 ERR-ANALYS (EN-ERR-DIG) Digitizing error in energy 0.002 MeV. C091000400012 (ERR-DIG) Digitizing error in data 5.0 C091000400013 (EN-ERR) Error in beam energy estimated to be C091000400014 about 0.3 %. C091000400015 STATUS (CURVE) Data scanned from Fig.4 in reference by NPDC. C091000400016 HISTORY (20170929A) OS. Error analysis revised C091000400017 ENDBIB 15 0 C091000400018 COMMON 4 3 C091000400019 ANG EN-ERR EN-ERR-DIG ERR-DIG C091000400020 ADEG PER-CENT MEV ARB-UNITS C091000400021 45. 0.3 0.002 5.0 C091000400022 ENDCOMMON 3 0 C091000400023 DATA 2 74 C091000400024 EN DATA C091000400025 MEV ARB-UNITS C091000400026 7.138 155. C091000400027 7.182 157. C091000400028 7.224 158. C091000400029 7.260 180. C091000400030 7.304 177. C091000400031 7.341 175. C091000400032 7.381 149. C091000400033 7.423 134. C091000400034 7.460 116. C091000400035 7.502 159. C091000400036 7.542 171. C091000400037 7.580 150. C091000400038 7.622 208. C091000400039 7.664 225. C091000400040 7.704 197. C091000400041 7.744 232. C091000400042 7.782 218. C091000400043 7.822 227. C091000400044 7.864 271. C091000400045 7.879 221. C091000400046 7.901 198. C091000400047 7.923 214. C091000400048 7.947 1406. C091000400049 7.968 1458. C091000400050 7.982 825. C091000400051 8.001 229. C091000400052 8.040 151. C091000400053 8.062 126. C091000400054 8.104 146. C091000400055 8.182 393. C091000400056 8.220 207. C091000400057 8.257 174. C091000400058 8.301 142. C091000400059 8.340 111. C091000400060 8.380 83. C091000400061 8.421 88. C091000400062 8.459 94. C091000400063 8.497 85. C091000400064 8.538 183. C091000400065 8.571 86. C091000400066 8.615 90. C091000400067 8.654 89. C091000400068 8.696 65. C091000400069 8.736 64. C091000400070 8.776 96. C091000400071 8.816 107. C091000400072 8.857 89. C091000400073 8.897 94. C091000400074 8.937 72. C091000400075 8.973 96. C091000400076 9.015 81. C091000400077 9.057 97. C091000400078 9.094 66. C091000400079 9.132 82. C091000400080 9.174 95. C091000400081 9.214 105. C091000400082 9.252 116. C091000400083 9.296 124. C091000400084 9.334 127. C091000400085 9.378 487. C091000400086 9.421 774. C091000400087 9.459 264. C091000400088 9.496 207. C091000400089 9.537 321. C091000400090 9.581 508. C091000400091 9.615 316. C091000400092 9.657 163. C091000400093 9.693 177. C091000400094 9.735 227. C091000400095 9.775 220. C091000400096 9.815 294. C091000400097 9.851 289. C091000400098 9.893 279. C091000400099 9.932 256. C091000400100 ENDDATA 76 0 C091000400101 ENDSUBENT 100 0 C091000499999 SUBENT C0910005 20171004 C168C091000500001 BIB 7 16 C091000500002 REACTION (8-O-16(A,G)10-NE-20,PAR,DA,,REL) C091000500003 Data given in counts C091000500004 INC-SOURCE 600 micro-Curie He+ C091000500005 SAMPLE Tantalum oxide (Ta2O5), produced by anodizing Ta C091000500006 sheets in a solution of dibasic ammonium citrate. C091000500007 Thickness of oxide layer about 50 keV for 7 MeV C091000500008 alpha particles. Target surface at an angle of 135 C091000500009 degrees to beam direction. C091000500010 CORRECTION Corrected for anisotropy, absorption of radiation in C091000500011 target backing, Doppler shift, and background. C091000500012 ERR-ANALYS (COS-ERR-D) Digitizing error in cosine 0.001. C091000500013 (ERR-DIG) Digitizing error in data 2.0. C091000500014 (DATA-ERR) Errors scanned from points; largely due C091000500015 to uncertainties in the background substraction. C091000500016 STATUS (CURVE) Data scanned from Fig.7 in reference by NPDC. C091000500017 HISTORY (20170929A) OS. Error analysis revised C091000500018 ENDBIB 16 0 C091000500019 COMMON 4 3 C091000500020 EN E COS-ERR-D ERR-DIG C091000500021 MEV MEV NO-DIM ARB-UNITS C091000500022 5.40 7.40 0.001 2.0 C091000500023 ENDCOMMON 3 0 C091000500024 DATA 3 8 C091000500025 COS DATA DATA-ERR C091000500026 NO-DIM ARB-UNITS ARB-UNITS C091000500027 0.000 700. 56. C091000500028 0.256 714. 58. C091000500029 0.500 998. 65. C091000500030 0.707 1173. 71. C091000500031 0.816 1256. 70. C091000500032 0.866 1166. 70. C091000500033 0.969 1218. 68. C091000500034 1.00 1153. 61. C091000500035 ENDDATA 10 0 C091000500036 ENDSUBENT 35 0 C091000599999 SUBENT C0910006 20171004 C168C091000600001 BIB 7 15 C091000600002 REACTION (8-O-16(A,G)10-NE-20,PAR,DA,,REL) C091000600003 Data given in counts C091000600004 INC-SOURCE 240 micro-Curie He2+ C091000600005 SAMPLE Tantalum oxide (Ta2O5), produced by anodizing Ta C091000600006 sheets in a solution of dibasic ammonium citrate. C091000600007 Thickness of oxide layer about 50 keV for 7 MeV C091000600008 alpha particles. Target surface at an angle of 135 C091000600009 degrees to beam direction. C091000600010 CORRECTION Corrected for anisotropy, absorption of radiation in C091000600011 target backing, Doppler shift, and background. C091000600012 ERR-ANALYS (COS-ERR-D) Digitizing error in cosine 0.001. C091000600013 (ERR-DIG) Digitizing error in data 3.0. C091000600014 (ERR-S) Statistical error C091000600015 STATUS (CURVE) Data scanned from Fig.11 in reference by NPDC. C091000600016 HISTORY (20170929A) OS. Error analysis revised C091000600017 ENDBIB 15 0 C091000600018 COMMON 4 3 C091000600019 EN E COS-ERR-D ERR-DIG C091000600020 MEV MEV NO-DIM ARB-UNITS C091000600021 6.93 8.64 0.001 3.0 C091000600022 ENDCOMMON 3 0 C091000600023 DATA 3 7 C091000600024 COS DATA ERR-S C091000600025 NO-DIM ARB-UNITS ARB-UNITS C091000600026 0.000 1275. C091000600027 0.247 1368. C091000600028 0.495 1507. 57. C091000600029 0.707 1857. C091000600030 0.864 2185. C091000600031 0.960 2409. C091000600032 1.00 2388. C091000600033 ENDDATA 9 0 C091000600034 ENDSUBENT 33 0 C091000699999 SUBENT C0910007 20171004 C168C091000700001 BIB 7 15 C091000700002 REACTION (8-O-16(A,G)10-NE-20,PAR,DA,,REL) C091000700003 Data given in counts C091000700004 INC-SOURCE 500 micro-Curie He2+. C091000700005 SAMPLE Tantalum oxide (Ta2O5), produced by anodizing Ta C091000700006 sheets in a solution of dibasic ammonium citrate. C091000700007 Thickness of oxide layer about 50 keV for 7 MeV C091000700008 alpha particles. C091000700009 CORRECTION Corrected for anisotropy, absorption of radiation in C091000700010 target backing, Doppler shift, and background. C091000700011 ERR-ANALYS (COS-ERR-D) Digitizing error in cosine 0.001. C091000700012 (ERR-DIG) Digitizing error in data 3. C091000700013 (DATA-ERR) Uncertainties given mainly due to C091000700014 background subtraction. C091000700015 STATUS (CURVE) Data scanned from Fig.16 in reference by NPDC. C091000700016 HISTORY (20170929A) OS. Error analysis revised C091000700017 ENDBIB 15 0 C091000700018 COMMON 4 3 C091000700019 EN E COS-ERR-D ERR-DIG C091000700020 MEV MEV NO-DIM ARB-UNITS C091000700021 7.94 6.83 0.001 3. C091000700022 ENDCOMMON 3 0 C091000700023 DATA 3 7 C091000700024 COS DATA DATA-ERR C091000700025 NO-DIM ARB-UNITS ARB-UNITS C091000700026 0.000 4430. 130. C091000700027 0.254 4380. 140. C091000700028 0.498 4730. 130. C091000700029 0.707 5440. 130. C091000700030 0.867 5910. 140. C091000700031 0.968 6100. 150. C091000700032 1.00 5950. 160. C091000700033 ENDDATA 9 0 C091000700034 ENDSUBENT 33 0 C091000799999 SUBENT C0910008 20171004 C168C091000800001 BIB 6 13 C091000800002 REACTION (8-O-CMP(A,X)10-NE-20,,MLT,G,TT/REL) C091000800003 Data given in counts C091000800004 INC-SOURCE 90 micro-Curie He+. Beam energy spread of the order of C091000800005 2 keV. C091000800006 SAMPLE Tantalum oxide (Ta2O5), produced by anodizing Ta C091000800007 sheets in a solution of dibasic ammonium citrate. C091000800008 Thickness of oxide layer about 50 keV for 7 MeV C091000800009 alpha particles. C091000800010 ERR-ANALYS (EN-ERR-DIG) Digitizing error in energy 0.002 MeV. C091000800011 (ERR-DIG) Digitizing error in data 2.0. C091000800012 STATUS (CURVE) Data scanned from Fig.6 in reference by NPDC. C091000800013 HISTORY (20170929A) TS+On+OS. REACTION and error analysis C091000800014 revised. C091000800015 ENDBIB 13 0 C091000800016 COMMON 2 3 C091000800017 EN-ERR-DIG ERR-DIG C091000800018 MEV ARB-UNITS C091000800019 0.002 2. C091000800020 ENDCOMMON 3 0 C091000800021 DATA 2 5 C091000800022 EN DATA C091000800023 MEV ARB-UNITS C091000800024 5.351 175. C091000800025 5.370 212. C091000800026 5.380 404. C091000800027 5.390 456. C091000800028 5.411 479. C091000800029 ENDDATA 7 0 C091000800030 ENDSUBENT 29 0 C091000899999 SUBENT C0910009 20171004 C168C091000900001 BIB 6 13 C091000900002 REACTION (8-O-CMP(A,X)10-NE-20,,MLT,G,TT/REL) C091000900003 Data given in counts C091000900004 INC-SOURCE 90 micro-Curie He++. Beam enrgy spread of the order of C091000900005 2 keV. C091000900006 SAMPLE Tantalum oxide (Ta2O5), produced by anodizing Ta C091000900007 sheets in a solution of dibasic ammonium citrate. C091000900008 Thickness of oxide layer about 50 keV for 7 MeV C091000900009 alpha particles. C091000900010 ERR-ANALYS (EN-ERR-DIG) Digitizing error in energy 0.002 MeV. C091000900011 (ERR-DIG) Digitizing error in data 2.0. C091000900012 STATUS (CURVE) Data scanned from Fig.6 in reference by NPDC. C091000900013 HISTORY (20170929A) TS+On+OS. REACTION and error analysis C091000900014 revised. C091000900015 ENDBIB 13 0 C091000900016 COMMON 2 3 C091000900017 EN-ERR-DIG ERR-DIG C091000900018 MEV ARB-UNITS C091000900019 0.002 2.0 C091000900020 ENDCOMMON 3 0 C091000900021 DATA 2 19 C091000900022 EN DATA C091000900023 MEV ARB-UNITS C091000900024 5.320 325. C091000900025 5.330 327. C091000900026 5.340 353. C091000900027 5.351 336. C091000900028 5.361 334. C091000900029 5.365 371. C091000900030 5.371 503. C091000900031 5.375 907. C091000900032 5.380 926. C091000900033 5.391 920. C091000900034 5.400 928. C091000900035 5.420 941. C091000900036 5.441 938. C091000900037 5.461 935. C091000900038 5.481 733. C091000900039 5.500 575. C091000900040 5.521 483. C091000900041 5.542 473. C091000900042 5.561 469. C091000900043 ENDDATA 21 0 C091000900044 ENDSUBENT 43 0 C091000999999 SUBENT C0910010 20171004 C168C091001000001 BIB 6 11 C091001000002 REACTION (8-O-CMP(A,X)10-NE-20,,MLT,G,TT/REL) C091001000003 Data given in counts C091001000004 INC-SOURCE 45 micro-Curie He++. C091001000005 SAMPLE No details given. C091001000006 ERR-ANALYS (EN-ERR-DIG) Digitizing error in energy 0.0001 MeV. C091001000007 (ERR-DIG) Digitizing error in data 3. C091001000008 (DATA-ERR) Primary source of error is uncertainty in C091001000009 the magnet calibration constant. C091001000010 STATUS (CURVE) Data scanned from Fig.10 in reference by NPDC. C091001000011 HISTORY (20170929A) TS+On+OS. REACTION and error analysis C091001000012 revised. C091001000013 ENDBIB 11 0 C091001000014 COMMON 2 3 C091001000015 EN-ERR-DIG ERR-DIG C091001000016 MEV ARB-UNITS C091001000017 0.0001 3. C091001000018 ENDCOMMON 3 0 C091001000019 DATA 3 16 C091001000020 EN DATA DATA-ERR C091001000021 MEV ARB-UNITS ARB-UNITS C091001000022 6.896 120. C091001000023 6.919 126. C091001000024 6.923 130. C091001000025 6.927 124. C091001000026 6.928 191. C091001000027 6.931 974. C091001000028 6.933 1443. C091001000029 6.936 1589. C091001000030 6.945 1654. C091001000031 6.949 1680. C091001000032 6.952 1648. C091001000033 6.956 1634. 39. C091001000034 6.971 1633. C091001000035 6.986 949. C091001000036 7.001 212. C091001000037 7.016 157. C091001000038 ENDDATA 18 0 C091001000039 ENDSUBENT 38 0 C091001099999 SUBENT C0910011 20171004 C168C091001100001 BIB 6 14 C091001100002 REACTION (8-O-CMP(A,X)10-NE-20,,MLT,G,TT/REL) C091001100003 Data given as counts C091001100004 INC-SOURCE 50 micro-Curie He++. C091001100005 SAMPLE Tungsten oxide, produced by radio frequency heating of C091001100006 a thick W blank in oxygen atmosphere. Oxygen was C091001100007 depleted in 18O by a factor of about 2.5. Target C091001100008 composition determined by elastic scattering of C091001100009 protons from the target surface; O/W ratio = 2.6 to C091001100010 an accuracy of 10% on the oxygen content. C091001100011 ERR-ANALYS (EN-ERR-DIG) Digitizing error in energy 0.0003 MeV. C091001100012 (ERR-DIG) Digitizing error in data 1. C091001100013 STATUS (CURVE) Data scanned from Fig.15 in reference by NPDC. C091001100014 HISTORY (20170929A) TS+On+OS. REACTION and error analysis C091001100015 revised. C091001100016 ENDBIB 14 0 C091001100017 COMMON 2 3 C091001100018 EN-ERR-DIG ERR-DIG C091001100019 MEV ARB-UNITS C091001100020 0.0003 1. C091001100021 ENDCOMMON 3 0 C091001100022 DATA 2 12 C091001100023 EN DATA C091001100024 MEV ARB-UNITS C091001100025 7.909 150. C091001100026 7.918 125. C091001100027 7.933 111. C091001100028 7.939 127. C091001100029 7.950 430. C091001100030 7.965 454. C091001100031 7.965 476. C091001100032 7.981 470. C091001100033 7.998 336. C091001100034 8.014 200. C091001100035 8.028 122. C091001100036 8.044 131. C091001100037 ENDDATA 14 0 C091001100038 ENDSUBENT 37 0 C091001199999 SUBENT C0910012 20171004 C168C091001200001 BIB 6 12 C091001200002 REACTION (8-O-CMP(A,X)10-NE-20,PAR,MLT,G,TT/REL) C091001200003 INC-SOURCE 240 micro-Curie He++ C091001200004 SAMPLE Tantalum oxide (Ta2O5), produced by anodizing Ta C091001200005 sheets in a solution of dibasic ammonium citrate. C091001200006 Thickness of oxide layer about 50 keV for 7 MeV C091001200007 alpha particles. Target surface at an angle of 135 C091001200008 degrees to beam direction. C091001200009 ERR-ANALYS (EN-ERR-DIG) Digitizing error in energy 0.001 MeV. C091001200010 (ERR-DIG) Digitizing error in data 0.3. C091001200011 STATUS (CURVE) Data scanned from Fig.11 in reference by NPDC. C091001200012 HISTORY (20170929A) TS+On+OS. REACTION and error analysis C091001200013 revised. C091001200014 ENDBIB 12 0 C091001200015 COMMON 3 3 C091001200016 E EN-ERR-DIG ERR-DIG C091001200017 MEV MEV ARB-UNITS C091001200018 8.64 0.001 0.3 C091001200019 ENDCOMMON 3 0 C091001200020 DATA 2 18 C091001200021 EN DATA C091001200022 MEV ARB-UNITS C091001200023 6.829 4.8 C091001200024 6.847 6.0 C091001200025 6.885 6.4 C091001200026 6.903 7.0 C091001200027 6.917 6.8 C091001200028 6.929 64.6 C091001200029 6.940 93.1 C091001200030 6.960 93.6 C091001200031 6.974 94.2 C091001200032 6.991 94.0 C091001200033 7.006 79.6 C091001200034 7.026 35.9 C091001200035 7.029 28.4 C091001200036 7.048 9.2 C091001200037 7.070 9.7 C091001200038 7.087 9.6 C091001200039 7.110 9.4 C091001200040 7.128 9.9 C091001200041 ENDDATA 20 0 C091001200042 ENDSUBENT 41 0 C091001299999 SUBENT C0910013 20171004 C168C091001300001 BIB 6 13 C091001300002 REACTION (8-O-16(A,INL)8-O-16,PAR,SIG,G,REL) C091001300003 Data given in counts C091001300004 INC-SOURCE 150 micro-Curie He++. C091001300005 SAMPLE Tungsten oxide, produced by radio frequency heating of C091001300006 a thick W blank in oxygen atmosphere. Oxygen was C091001300007 depleted in 18O by a factor of about 2.5. Target C091001300008 composition determined by elastic scattering of C091001300009 protons from the target surface; O/W ratio = 2.6 to C091001300010 an accuracy of 10% on the oxygen content. C091001300011 ERR-ANALYS (EN-ERR-DIG) Digitizing error in energy 0.002 MeV. C091001300012 (ERR-DIG) Digitizing error in data 820. C091001300013 STATUS (CURVE) Data scanned from Fig.18 in reference by NPDC. C091001300014 HISTORY (20170929A) OS. Error analysis revised C091001300015 ENDBIB 13 0 C091001300016 COMMON 3 3 C091001300017 E EN-ERR-DIG ERR-DIG C091001300018 MEV MEV ARB-UNITS C091001300019 6.13 0.002 820. C091001300020 ENDCOMMON 3 0 C091001300021 DATA 2 26 C091001300022 EN DATA C091001300023 MEV ARB-UNITS C091001300024 8.974 0.561E+04 C091001300025 9.020 0.574E+04 C091001300026 9.059 0.492E+04 C091001300027 9.095 0.782E+04 C091001300028 9.139 0.795E+04 C091001300029 9.172 0.127E+05 C091001300030 9.218 0.128E+05 C091001300031 9.258 0.409E+05 C091001300032 9.298 0.252E+05 C091001300033 9.335 0.309E+05 C091001300034 9.375 0.375E+05 C091001300035 9.417 0.516E+05 C091001300036 9.457 0.545E+05 C091001300037 9.495 0.704E+05 C091001300038 9.536 0.151E+06 C091001300039 9.575 0.417E+06 C091001300040 9.576 0.406E+06 C091001300041 9.617 0.285E+06 C091001300042 9.654 0.811E+05 C091001300043 9.693 0.784E+05 C091001300044 9.736 0.972E+05 C091001300045 9.775 0.125E+06 C091001300046 9.813 0.150E+06 C091001300047 9.853 0.168E+06 C091001300048 9.893 0.194E+06 C091001300049 9.931 0.217E+06 C091001300050 ENDDATA 28 0 C091001300051 ENDSUBENT 50 0 C091001399999 ENDENTRY 13 0 C091099999999