ENTRY 21962 20160725 22522196200000001 SUBENT 21962001 20160725 22522196200100001 BIB 17 45 2196200100002 INSTITUTE (2SWDLND) 2196200100003 (3POLIBJ) M.Herman,A.Marcinkowski 2196200100004 REFERENCE (J,NP/A,443,404,1985) 2196200100005 (R,LU-NP-3055/1,1985) 2196200100006 (W,ANDERSSON,1985) 2196200100007 AUTHOR (P.Andersson,R.Zorro,I.Bergqvist,M.Herman, 2196200100008 A.Marcinkowski) 2196200100009 TITLE Cross sections for Au-197(n,gamma)Au-198 and 2196200100010 In-115(n,gamma)In-116m in the neutron energy region 2196200100011 2.0 - 7.7 MeV 2196200100012 FACILITY (VDGT,2SWDLND) 3 MV Pelletron tandem accelerator 2196200100013 INC-SOURCE (P-T) Different types of solid targets 2196200100014 (D-D) deuterium gas target 2196200100015 the neutron energy range is from 2MeV to 7.7 MeV 2196200100016 SAMPLE A variety of indium and gold samples ranging in 2196200100017 thickness from 0.2 to 2.0 g/cm2 was used and placed in2196200100018 the forward direction with respect to the ion beam at 2196200100019 distances from 3mm to 30mm from the source 2196200100020 METHOD (ACTIV) 2196200100021 DETECTOR (GELI) 2196200100022 MONITOR (49-IN-115(N,INL)49-IN-115-M,,SIG) For the study of the2196200100023 gold reaction, a thin indium disk was attached to the 2196200100024 gold sample with the same diameter. So the reference 2196200100025 and gold sample geometries are nearly the same. 2196200100026 MONIT-REF (,D.L.Smith,R,ANL-NDM-26,1976) 2196200100027 PART-DET (G) 2196200100028 DECAY-MON (49-IN-115-M,16150.SEC,DG,336.0,0.459) hl=16150.+-14.s 2196200100029 REL-REF (R,,A.I.Leipunsky+,C,58GENEVA,15,2219,1958) Decay-data 2196200100030 taken from Leipunsky+ Proc of the Second United 2196200100031 Nations Conf. on the Peaceful Uses of Atomic Energy 2196200100032 (United Nations,Geneva,1958) vol 15 p/2219 2196200100033 ERR-ANALYS (ERR-T) Total uncertainty includes: 2196200100034 (ERR-S,5.,10.) Statistical uncertainties 2196200100035 (MONIT-ERR) Monitor cross section error 2196200100036 (ERR-1) Uncertainty of relative detection efficiency 2196200100037 (ERR-2,1.,3.) Uncertainty of gamma correction factor 2196200100038 (ERR-3,1.,3.) Uncertainty of decay-data 2196200100039 STATUS (TABLE) Data taken from Tbl. 2 of NP/A,443,404,1985 2196200100040 HISTORY (19850614C) IF. 2196200100041 (19851218U) HH. Reference added 2196200100042 (19860310U) N.Ch 2196200100043 (20160725A) SD:Updated to new date formats,lower case. 2196200100044 REL-REF was added and HALF-LIFE -> DECAY-DATA or 2196200100045 DECAY-MON in all Subents. ERR-ANALYS update. Small 2196200100046 corrections in all Subents. 2196200100047 ENDBIB 45 0 2196200100048 COMMON 2 3 2196200100049 ERR-1 EN-RSL-FW 2196200100050 PER-CENT MEV 2196200100051 2. 0.1 2196200100052 ENDCOMMON 3 0 2196200100053 ENDSUBENT 52 0 2196200199999 SUBENT 21962002 20160725 22522196200200001 BIB 4 5 2196200200002 REACTION (49-IN-115(N,G)49-IN-116-M1,M+,SIG) 2196200200003 DECAY-DATA (49-IN-116-M1,3247.SEC,DG,1293.54,0.85) hl=3247.+-3.s 2196200200004 REL-REF (R,,A.I.Leipunsky+,J,NSE,59,381,1976) Decay-data 2196200200005 were taken 2196200200006 HISTORY (19860808A)HH reaction string corrected 2196200200007 ENDBIB 5 0 2196200200008 NOCOMMON 0 0 2196200200009 DATA 5 31 2196200200010 EN DATA ERR-T MONIT MONIT-ERR 2196200200011 MEV MB MB MB MB 2196200200012 2.03 130. 17. 264. 26. 2196200200013 2.26 116. 15. 309. 31. 2196200200014 2.54 85. 12. 331. 33. 2196200200015 2.68 59. 7. 336. 34. 2196200200016 2.93 45. 5. 334. 33. 2196200200017 3.17 37. 4. 332. 27. 2196200200018 3.42 32. 3. 331. 26. 2196200200019 3.68 25.5 2.5 328. 26. 2196200200020 3.86 22.0 2.2 322. 26. 2196200200021 4.06 19.6 2.0 315. 25. 2196200200022 4.13 15.4 2.4 313. 25. 2196200200023 4.21 16.5 1.7 311. 25. 2196200200024 4.36 14.7 1.5 310. 25. 2196200200025 4.50 10.0 1.1 311. 25. 2196200200026 4.59 9.8 1.2 312. 25. 2196200200027 4.73 9.6 1.5 315. 25. 2196200200028 4.89 9.3 1.2 318. 25. 2196200200029 5.03 6.4 1.6 321. 26. 2196200200030 5.26 7.6 0.9 327. 26. 2196200200031 5.35 6.0 0.8 330. 26. 2196200200032 5.42 6.3 1.7 333. 27. 2196200200033 5.58 6.6 1.0 335. 27. 2196200200034 5.87 4.8 0.6 338. 27. 2196200200035 6.25 4.5 0.8 339. 20. 2196200200036 6.44 3.4 0.5 335. 20. 2196200200037 6.85 3.1 0.5 315. 19. 2196200200038 7.03 2.7 0.5 306. 18. 2196200200039 7.13 1.9 0.4 301. 18. 2196200200040 7.26 2.0 0.5 298. 18. 2196200200041 7.60 1.9 0.4 295. 18. 2196200200042 7.66 1.6 0.4 296. 18. 2196200200043 ENDDATA 33 0 2196200200044 ENDSUBENT 43 0 2196200299999 SUBENT 21962003 20160725 22522196200300001 BIB 4 8 2196200300002 REACTION (79-AU-197(N,G)79-AU-198,,SIG) 2196200300003 DECAY-DATA (79-AU-198-G,232848.SEC,DG,411.80,0.9555) 2196200300004 hl=232848.+-173sec 2196200300005 REL-REF (R,,A.I.Leipunsky+,C,58GENEVA,15,2219,1958) Decay-data 2196200300006 taken from Leipunsky+ Proc of the Second United 2196200300007 Nations Conf. on the Peaceful Uses of Atomic Energy 2196200300008 (United Nations,Geneva,1958) vol 15 p/2219 2196200300009 HISTORY (20160725A) SD: DECAY-DATA corrected. 2196200300010 ENDBIB 8 0 2196200300011 NOCOMMON 0 0 2196200300012 DATA 5 22 2196200300013 EN DATA ERR-T MONIT MONIT-ERR 2196200300014 MEV MB MB MB MB 2196200300015 2.03 53. 6. 264. 26. 2196200300016 2.26 46. 6. 309. 31. 2196200300017 2.54 37. 5. 331. 33. 2196200300018 2.68 25. 3. 336. 34. 2196200300019 2.93 21.7 2.4 334. 33. 2196200300020 3.17 17.8 1.6 332. 27. 2196200300021 3.42 16.3 1.5 331. 26. 2196200300022 3.69 14.8 1.3 328. 26. 2196200300023 3.93 13.2 1.2 320. 26. 2196200300024 4.13 11.8 1.6 313. 25. 2196200300025 4.18 11.6 1.1 312. 25. 2196200300026 4.59 8.8 1.1 312. 25. 2196200300027 4.87 8.5 1.5 317. 25. 2196200300028 5.26 6.9 0.8 327. 26. 2196200300029 5.58 6.2 0.9 335. 27. 2196200300030 5.90 5.1 0.8 338. 27. 2196200300031 6.25 4.7 0.7 339. 20. 2196200300032 6.49 4.3 0.9 333. 20. 2196200300033 6.85 2.4 0.5 315. 19. 2196200300034 7.13 2.3 0.6 301. 18. 2196200300035 7.26 1.3 0.5 298. 18. 2196200300036 7.60 0.8 0.5 295. 18. 2196200300037 ENDDATA 24 0 2196200300038 ENDSUBENT 37 0 2196200399999 ENDENTRY 3 0 2196299999999