ENTRY            C2808   20220821                             C226C2808000    1 
SUBENT        C2808001   20220821                             C226C2808001    1 
BIB                  8         29                                 C2808001    2 
TITLE      Direct measurement of the low-energy resonances in     C2808001    3 
           22Ne(a,g)26Mg reaction                                 C2808001    4 
AUTHOR     (Shahina,J.Gorres,D.Robertson,M.Couder,O.Gomez,A.Gula, C2808001    5 
           M.Hanhardt,T.Kadlecek,R.Kelmar,P.Scholz,A.Simon,       C2808001    6 
           E.Stech,F.Strieder,M.Wiescher)                         C2808001    7 
INSTITUTE  (1USANOT,1USASRF)                                      C2808001    8 
           (1USAUSA) South Dakota School of Mines and Technology, C2808001    9 
                     Rapid City, South Dakota                     C2808001   10 
REFERENCE  (J,PR/C,106,025805,2022)                               C2808001   11 
FACILITY   (VDG,1USASRF) Experiment performed using 1-MV JN       C2808001   12 
           positive ion accelerator at CASPAR (Compact AcceleratorC2808001   13 
           System for  Performing Astrophysical Research), locatedC2808001   14 
           on the 4850-ft level of the Sanford Underground        C2808001   15 
           Research  Facility in Lead, South Dakota.              C2808001   16 
SAMPLE     (10-NE-22,ENR=0.99) The 22Ne targets were produced by  C2808001   17 
           implantation of enriched Ne onto think tantalum        C2808001   18 
           backing with dimensions of 3.8 cm x 3.8 cm. The        C2808001   19 
           implantation profile of the 22Ne targets was           C2808001   20 
           investigated using the 1278-keV resonance in the       C2808001   21 
           22Ne(p,g) 23Na reaction                                C2808001   22 
DETECTOR   (NAICR) Gamma rays were detected using HECTOR array,   C2808001   23 
           consisting of 16 NaI(Tl) crystals with two phototubes  C2808001   24 
           attached to each crystal. The crystals are arranged in C2808001   25 
           a frame to form a cube 16 x 16 x 16 in. in dimension.  C2808001   26 
           The center of the detector array consists of a 60-mm   C2808001   27 
           borehole that allows the target to be placed at the    C2808001   28 
           center giving a 4Pi total coverage for the detection   C2808001   29 
           of gamma rays.                                         C2808001   30 
HISTORY    (20220821C) Compiled by S.H.                           C2808001   31 
ENDBIB              29          0                                 C2808001   32 
NOCOMMON             0          0                                 C2808001   33 
ENDSUBENT           32          0                                 C280800199999 
SUBENT        C2808002   20220821                             C226C2808002    1 
BIB                  4          7                                 C2808002    2 
REACTION   (10-NE-22(A,G),,WID/STR)                               C2808002    3 
MONITOR    (10-NE-22(P,G),,WID/STR) resonances at 479 and 851 keV C2808002    4 
ERR-ANALYS (ERR-1) Uncertainty in alpha stopping power in Ta      C2808002    5 
           (DATA-ERR) Origin of uncertainties not described       C2808002    6 
STATUS     (TABLE,,Shahina+,J,PR/C,106,025805,2022)               C2808002    7 
            Data taken from tab.1 and text p.6 of                 C2808002    8 
                   the reference                                  C2808002    9 
ENDBIB               7          0                                 C2808002   10 
NOCOMMON             0          0                                 C2808002   11 
DATA                 5          2                                 C2808002   12 
EN-RES     DATA       DATA-ERR   DATA-MAX   ERR-1                 C2808002   13 
KEV        MICRO-EV   MICRO-EV   MICRO-EV   PER-CENT              C2808002   14 
   650.                             0.11                          C2808002   15 
   830.       35.        4.                    5.                 C2808002   16 
ENDDATA              4          0                                 C2808002   17 
ENDSUBENT           16          0                                 C280800299999 
SUBENT        C2808003   20220821                             C226C2808003    1 
BIB                  4          5                                 C2808003    2 
REACTION   (10-NE-22(P,G),,WID/STR)                               C2808003    3 
MONITOR    (10-NE-22(P,G),,WID/STR) resonance at 479 keV          C2808003    4 
ERR-ANALYS (DATA-ERR) Origin of uncertainties not described       C2808003    5 
STATUS     (TABLE,,Shahina+,J,PR/C,106,025805,2022)               C2808003    6 
            Data taken from text p.6 of the reference             C2808003    7 
ENDBIB               5          0                                 C2808003    8 
COMMON               1          3                                 C2808003    9 
EN-RES-NRM                                                        C2808003   10 
KEV                                                               C2808003   11 
479.                                                              C2808003   12 
ENDCOMMON            3          0                                 C2808003   13 
DATA                 5          1                                 C2808003   14 
EN-RES     DATA       DATA-ERR   MONIT      MONIT-ERR             C2808003   15 
KEV        EV         EV         EV         EV                    C2808003   16 
   851.       9.2        0.7        0.594      0.038              C2808003   17 
ENDDATA              3          0                                 C2808003   18 
ENDSUBENT           17          0                                 C280800399999 
ENDENTRY             3          0                                 C280899999999