ENTRY S0088 20200210 S027S008800000001 SUBENT S0088001 20200210 S027S008800100001 BIB 10 37 S008800100002 TITLE Differential cross-section of D(12C,D)12C elastic S008800100003 recoil reaction S008800100004 AUTHOR (Yiming Duan,Hanjun Tu,Zhibin Han,Wei Zhang,Liqun Shi) S008800100005 INSTITUTE (3CPRFUD) S008800100006 REFERENCE (J,NIM/B,412,54,2017) S008800100007 #doi:10.1016/j.nimb.2017.09.007 S008800100008 FACILITY (VDGT,3CPRFUD)The NEC 9SDH-2 2x3 MV tandem accelerator S008800100009 SAMPLE The samples Pd/TiDx/Si were made by magnetron S008800100010 sputtering. A uniform TiDx film with the thickness of S008800100011 about 20 nm was first sputtered onto a Si substrate S008800100012 then an approximately 3 nm Pd overlayer was deposited S008800100013 on the TiDx film. S008800100014 DETECTOR (SIBAR) The backscattering spectra were detected at a S008800100015 laboratory angle of 165 deg by an Au/Si surface S008800100016 barrier detector with a solid angle of 1.83E-3 sr. S008800100017 The elastic recoil spectra were detected at 30 deg by S008800100018 another Au/Si surface barrier detector with a solid S008800100019 angle of 1.12E-3 sr. The angular resolution of both S008800100020 detectors were approximately +-0.5 deg and the energy S008800100021 resolution of the detection system was about 30 keV S008800100022 for C ions. S008800100023 ERR-ANALYS (ERR-T) The total error of the measured recoil cross- S008800100024 section is estimated to be 4.4% S008800100025 (ERR-1,,2.4) Pd-C statistics and BG subtraction S008800100026 (ERR-2,,1.9) D-C statistics and BG subtraction S008800100027 (ERR-3,,1.4) Pd-C statistics and BG subtraction at S008800100028 3.8 MeV S008800100029 (ERR-4,,1.1) D-C statistics and BG subtraction at 3.8 S008800100030 MeV S008800100031 (ERR-5) Deviate from Rutherford cross section at 3.8 S008800100032 MeV, 2.1% S008800100033 (ERR-6,,0.72) Rutherford scattering cross-section S008800100034 (ERR-7,,0.55) The scattering cross-section S008800100035 (ERR-8,,2.5) The recoil cross-section S008800100036 STATUS (TABLE) Data were obtained from Table 1 of S008800100037 Nucl.Instrum.Meth.B,412(2017)54 S008800100038 HISTORY (20200210C) Compiled by Liu Lile (CNDC) S008800100039 ENDBIB 37 0 S008800100040 COMMON 4 3 S008800100041 ERR-T ERR-5 EN-ERR EN-RSL S008800100042 PER-CENT PER-CENT KEV KEV S008800100043 4.4 2.1 6. 1. S008800100044 ENDCOMMON 3 0 S008800100045 ENDSUBENT 44 0 S008800199999 SUBENT S0088002 20200210 S027S008800200001 BIB 1 1 S008800200002 REACTION (1-H-2(6-C-12,EL)1-H-2,,DA,D) S008800200003 ENDBIB 1 0 S008800200004 COMMON 1 3 S008800200005 ANG S008800200006 ADEG S008800200007 30. S008800200008 ENDCOMMON 3 0 S008800200009 DATA 2 40 S008800200010 EN DATA S008800200011 KEV MB/SR S008800200012 3315. 1252. S008800200013 3515. 1163. S008800200014 3713. 1021. S008800200015 3913. 927. S008800200016 4112. 838. S008800200017 4411. 695. S008800200018 4690. 586. S008800200019 4911. 478. S008800200020 5111. 411. S008800200021 5311. 334. S008800200022 5511. 297. S008800200023 5711. 350. S008800200024 5911. 414. S008800200025 6161. 443. S008800200026 6412. 413. S008800200027 6563. 378. S008800200028 6662. 326. S008800200029 6713. 312. S008800200030 6813. 269. S008800200031 6913. 245. S008800200032 7163. 203. S008800200033 7413. 200. S008800200034 7665. 243. S008800200035 7715. 270. S008800200036 7765. 301. S008800200037 7815. 314. S008800200038 7915. 302. S008800200039 8015. 283. S008800200040 8165. 217. S008800200041 8419. 177. S008800200042 8515. 187. S008800200043 8619. 221. S008800200044 8629. 256. S008800200045 8639. 249. S008800200046 8649. 254. S008800200047 8659. 251. S008800200048 8669. 211. S008800200049 8719. 188. S008800200050 8819. 157. S008800200051 8919. 137. S008800200052 ENDDATA 42 0 S008800200053 ENDSUBENT 52 0 S008800299999 ENDENTRY 2 0 S008899999999