ENTRY C2764 20220521 C221C2764 0 1 SUBENT C2764001 20220521 C221C2764 1 1 BIB 8 25 C2764 1 2 TITLE Measurement of low-energy resonance strengths in the C2764 1 3 18-O(a,g)22Ne reaction C2764 1 4 AUTHOR (A.C.Dombos,D.Robertson,A.Simon,T.Kadlecek,M.Hanhardt, C2764 1 5 J.Gorres,M.Couder,R.Kelmar,O.Olivas-Gomez,E.Stech, C2764 1 6 F.Strieder,M.Wiescher) C2764 1 7 INSTITUTE (1USANOT,1USASRF) C2764 1 8 (1USAUSA) South Dakota School of Mines and Technology, C2764 1 9 Rapid City, South Dakota C2764 1 10 REFERENCE (J,PRL,128,162701,2022) C2764 1 11 FACILITY (VDG,1USASRF) Experiment performed using 1MV model JN C2764 1 12 Van de Graaff accelerator at Sanford Underground C2764 1 13 Research Facility in the 4850-foot underground cavity C2764 1 14 SAMPLE (8-O-18,ENR=0.97) C2764 1 15 A tantalum pentoxide Ta2(O-5) target mounted in a C2764 1 16 target holder oriented 90 deg with respect to the beam C2764 1 17 direction prepared by the anodic oxidation of 0.5 mm C2764 1 18 thick tantalum backings in water enriched to in 18-O. C2764 1 19 DETECTOR (NAICR) Total absorption spectrometer (HECTOR) , C2764 1 20 divided into 16 segments with a 60 mm diameter C2764 1 21 borehole along the beam axis and provides a nearly C2764 1 22 4Pi angular coverage for gamma-ray detection. Each C2764 1 23 segment contains a NaI(Tl) crystal thatis 4 x 8 x 8 C2764 1 24 in and surrounded by 1 mm Al envelope.Each segment is C2764 1 25 read out with two photomultiplier tubes. C2764 1 26 HISTORY (20220527C) Compiled by S.H. C2764 1 27 ENDBIB 25 0 C2764 1 28 NOCOMMON 0 0 C2764 1 29 ENDSUBENT 28 0 C2764 199999 SUBENT C2764002 20220527 C221C2764 2 1 BIB 4 10 C2764 2 2 REACTION (8-O-18(A,G),,WID/STR) C2764 2 3 ERR-ANALYS (ERR-S) Statistical uncertainty C2764 2 4 (ERR-1) Uncertainty in the summing efficiency C2764 2 5 (ERR-2) Uncertainty in the stopping power C2764 2 6 (ERR-T) Total ucertainty C2764 2 7 STATUS (TABLE) Data taken from tab.1 of the reference C2764 2 8 FLAG (1.) The resonance strengths calculated with summing C2764 2 9 efficiencies using the by statistical approach C2764 2 10 (2.) The resonance strengths calculated with summing C2764 2 11 efficiencies using the decay method C2764 2 12 ENDBIB 10 0 C2764 2 13 COMMON 1 3 C2764 2 14 ERR-2 C2764 2 15 PER-CENT C2764 2 16 5. C2764 2 17 ENDCOMMON 3 0 C2764 2 18 DATA 7 8 C2764 2 19 EN-RES EN-RSL DATA ERR-T FLAG ERR-S C2764 2 20 ERR-1 C2764 2 21 KEV KEV MICRO-EV MICRO-EV NO-DIM PER-CENT C2764 2 22 PER-CENT C2764 2 23 472. 18. 0.26 0.05 1. 17.C2764 2 24 7. C2764 2 25 569. 15. 0.63 0.30 1. 47.C2764 2 26 13. C2764 2 27 662.1 1.0 221. 12. 1. 4. C2764 2 28 5. C2764 2 29 662.1 1.0 225. 12. 2. 4. C2764 2 30 5. C2764 2 31 749.9 1.0 564. 35. 1. 4. C2764 2 32 5. C2764 2 33 749.9 1.0 553. 34. 2. 4. C2764 2 34 5. C2764 2 35 767.6 1.0 1438. 86. 1. 4. C2764 2 36 5. C2764 2 37 767.6 1.0 1306. 77. 2. 4. C2764 2 38 5. C2764 2 39 ENDDATA 20 0 C2764 2 40 ENDSUBENT 39 0 C2764 299999 ENDENTRY 2 0 C276499999999