ENTRY F0975 20090217 F035F097500000001 SUBENT F0975001 20090217 F035F097500100001 BIB 10 23 F097500100002 TITLE Scattering of 27.2 MeV deuterons on beryllium and boronF097500100003 AUTHOR (R.J.Slobodrian) F097500100004 INSTITUTE (3ARGCNE) F097500100005 REFERENCE (J,NP,32,684,1962) F097500100006 FACILITY (SYNCY) The 180 cm synchrocyclotron. F097500100007 INC-SOURCE The beam energy was found to be 27.7 MeV+-1%. F097500100008 DETECTOR (SCIN,CSICR) The particle detection and spectrometry F097500100009 was achieved with CsI(Tl) crystals, a phototube (EMI F097500100010 6097) and a single channel pulse-height analyser. F097500100011 METHOD (PHD) F097500100012 ERR-ANALYS (DATA-ERR1) The absolute differential cross sections F097500100013 are known within an error of 8%, besides the relative F097500100014 errors indicated on the experimental curves. The quotedF097500100015 value is due to the error in current integration, in F097500100016 solid angle and in target thickness. F097500100017 The error in the target thickness measurements was F097500100018 determined using aluminium targets of known thickness: F097500100019 it is not larger than 5%. F097500100020 (ANG-ERR-D) Angle digitizing error F097500100021 (ERR-DIG) Data digitizing error F097500100022 (DATA-ERR2) The relative errors indicated on the F097500100023 experimental curves. F097500100024 HISTORY (20090217C) F097500100025 ENDBIB 23 0 F097500100026 COMMON 2 3 F097500100027 EN DATA-ERR1 F097500100028 MEV PER-CENT F097500100029 27.7 8. F097500100030 ENDCOMMON 3 0 F097500100031 ENDSUBENT 30 0 F097500199999 SUBENT F0975002 20090217 F035F097500200001 BIB 3 4 F097500200002 REACTION (4-BE-9(D,EL)4-BE-9,,DA) F097500200003 SAMPLE The beryllium target was a chemically pure foil F097500200004 20 mg/cm2 thick. F097500200005 STATUS (CURVE) Fig.2 F097500200006 ENDBIB 4 0 F097500200007 COMMON 2 3 F097500200008 ANG-ERR-D ERR-DIG F097500200009 ADEG PER-CENT F097500200010 0.228 0.2 F097500200011 ENDCOMMON 3 0 F097500200012 DATA 3 26 F097500200013 ANG-CM DATA-CM DATA-ERR2 F097500200014 ADEG MB/SR MB/SR F097500200015 11.967 1.64E+03 F097500200016 17.964 633.7 F097500200017 24.004 158.79 F097500200018 30.161 12.18 F097500200019 36.267 21.121 F097500200020 42.386 32.164 F097500200021 48.315 24.85 F097500200022 53.743 16.857 F097500200023 59.701 9.7574 F097500200024 65.38 7.0129 F097500200025 71.549 6.4434 F097500200026 76.957 5.3499 F097500200027 81.844 4.8431 F097500200028 87.251 4.0796 F097500200029 92.672 2.9745 F097500200030 97.596 1.8501 0.1534 F097500200031 103.04 1.0707 0.1029 F097500200032 107.67 0.9553 0.1165 F097500200033 112.34 0.5941 0.1017 F097500200034 117.72 0.6305 0.1581 F097500200035 122.34 0.6499 0.1189 F097500200036 126.7 0.6508 0.1191 F097500200037 131.32 0.6517 0.127 F097500200038 135.42 0.6914 0.1734 F097500200039 140.11 0.3668 8.80E-02 F097500200040 148.86 0.2837 5.85E-02 F097500200041 ENDDATA 28 0 F097500200042 ENDSUBENT 41 0 F097500299999 SUBENT F0975003 20090217 F035F097500300001 BIB 3 4 F097500300002 REACTION (4-BE-9(D,INL)4-BE-9,PAR,DA) F097500300003 SAMPLE The beryllium target was a chemically pure foil F097500300004 20 mg/cm2 thick. F097500300005 STATUS (CURVE) Fig.3 F097500300006 ENDBIB 4 0 F097500300007 COMMON 3 3 F097500300008 E-LVL ANG-ERR-D ERR-DIG F097500300009 MEV ADEG MB/SR F097500300010 2.43 0.152 0.02 F097500300011 ENDCOMMON 3 0 F097500300012 DATA 3 18 F097500300013 ANG-CM DATA-CM DATA-ERR2 F097500300014 ADEG MB/SR MB/SR F097500300015 17.029 15.755 4.7225 F097500300016 25.609 16.134 0.9056 F097500300017 31.524 20.335 0.7096 F097500300018 36.012 15.335 0.562 F097500300019 42.216 8.4739 0.2447 F097500300020 46.924 8.1243 0.3184 F097500300021 53.91 6.303 0.3678 F097500300022 59.947 4.8257 0.3177 F097500300023 64.727 4.941 0.2447 F097500300024 70.817 3.8062 0.367 F097500300025 76.405 2.6722 0.245 F097500300026 81.941 2.8109 0.2202 F097500300027 88.137 2.3612 F097500300028 93.635 2.2552 F097500300029 98.585 1.8563 F097500300030 103.56 1.5797 F097500300031 108.77 1.2539 F097500300032 113.4 0.41494 F097500300033 ENDDATA 20 0 F097500300034 ENDSUBENT 33 0 F097500399999 SUBENT F0975004 20090217 F035F097500400001 BIB 3 9 F097500400002 REACTION (5-B-11(D,EL)5-B-11,,DA) F097500400003 SAMPLE The boron target was prepared using the chemically pureF097500400004 element in powder from with the following procedure: A F097500400005 boron emulsion in water was poured on a very thin F097500400006 cellulose acetate backing. The liquid was evaporated F097500400007 naturally in the open air, without turbulence. The F097500400008 boron targets backing thickness was negligible with F097500400009 respect to their 20 mg/cm2 average thickness. F097500400010 STATUS (CURVE) Fig.5 F097500400011 ENDBIB 9 0 F097500400012 COMMON 2 3 F097500400013 ANG-ERR-D ERR-DIG F097500400014 ADEG PER-CENT F097500400015 0.118 0.2 F097500400016 ENDCOMMON 3 0 F097500400017 DATA 3 18 F097500400018 ANG-CM DATA-CM DATA-ERR2 F097500400019 ADEG MB/SR MB/SR F097500400020 11.643 1.5366E+03 F097500400021 17.249 706.11 F097500400022 22.855 227.32 F097500400023 28.931 22.945 F097500400024 35.004 11.716 F097500400025 40.841 19.59 F097500400026 46.446 16.725 F097500400027 51.584 10.97 F097500400028 57.657 6.9164 F097500400029 63.261 6.9166 F097500400030 69.332 8.4289 F097500400031 74.47 9.4907 F097500400032 79.141 7.7885 F097500400033 84.979 5.3851 0.3434 F097500400034 90.351 3.4403 0.2616 F097500400035 95.256 2.8233 0.2147 F097500400036 100.16 1.9521 0.2856 F097500400037 104.6 1.5398 0.2425 F097500400038 ENDDATA 20 0 F097500400039 ENDSUBENT 38 0 F097500499999 ENDENTRY 4 0 F097599999999