ENTRY            D0887   20180216                             D115D088700000001 
SUBENT        D0887001   20180216                             D115D088700100001 
BIB                 15         30                                 D088700100002 
TITLE      Resonance strength measurements and thermonuclear      D088700100003 
           reaction rates for 25Mg(p,gamma)26Al                   D088700100004 
AUTHOR     (M.R.Anderson, S.R.Kennett, L.W.Mitchell,              D088700100005 
            D.G.Sargood)                                          D088700100006 
INSTITUTE  (3AULAML)                                              D088700100007 
REFERENCE  (J,NP/A,349,154,1980)                                  D088700100008 
           #doi:10.1016/0375-9474(80)90450-9                      D088700100009 
REL-REF    (R,,P.M.Endt+,J,NP/A,310,1,1978)                       D088700100010 
           Resonance energies are given.                          D088700100011 
           (N,D0886001,M.R.Anderson+,J,NP/A,373,326,1982)         D088700100012 
           The next experiment for resonances at higher energies. D088700100013 
FACILITY   (VDG,3AULAML) 5U Pelletron accelerator.                D088700100014 
INC-SOURCE For absolute strength measurements beam current was    D088700100015 
           1-1.5 mu-A for 591 keV resonance.                      D088700100016 
DETECTOR   (NAICR) Two detectors with 12.7 cm diameter x 15.2 cm  D088700100017 
           NaI(Tl) crystals were used.                            D088700100018 
SAMPLE     (12-MG-25,ENR=0.987) Targets were prepared by          D088700100019 
           evaporation of MgO onto either tantalum (for relative  D088700100020 
           measurements) or nickel (for absolute measurements)    D088700100021 
           substrates.                                            D088700100022 
METHOD     (BCINT,GSPEC)                                          D088700100023 
ANALYSIS   Two types of measurements were made. Absolute          D088700100024 
           strength measurements were made for 317, 387, 433,     D088700100025 
           591 keV resonances. Relative strength measurements     D088700100026 
           were made for all resonances from 591 keV down to      D088700100027 
           317 keV.                                               D088700100028 
ADD-RES    (RRATE)                                                D088700100029 
ERR-ANALYS (DATA-ERR) No source of uncertainty is given.          D088700100030 
STATUS     (TABLE) Table 2.                                       D088700100031 
HISTORY    (20180216C) SS+On                                      D088700100032 
ENDBIB              30          0                                 D088700100033 
NOCOMMON             0          0                                 D088700100034 
ENDSUBENT           33          0                                 D088700199999 
SUBENT        D0887002   20180216                             D115D088700200001 
BIB                  1          1                                 D088700200002 
REACTION   (12-MG-25(P,G),,WID/STR,,RG)                           D088700200003 
ENDBIB               1          0                                 D088700200004 
NOCOMMON             0          0                                 D088700200005 
DATA                 3          9                                 D088700200006 
EN-RES     DATA       DATA-ERR                                    D088700200007 
KEV        EV         EV                                          D088700200008 
       317.       0.37       0.04                                 D088700200009 
       387.       0.71       0.08                                 D088700200010 
       433.       1.17       0.09                                 D088700200011 
       496.       0.72       0.09                                 D088700200012 
       502.       0.57       0.07                                 D088700200013 
       514.       0.58       0.09                                 D088700200014 
       532.       0.27       0.05                                 D088700200015 
       568.       3.75       0.40                                 D088700200016 
       591.       2.74       0.20                                 D088700200017 
ENDDATA             11          0                                 D088700200018 
ENDSUBENT           17          0                                 D088700299999 
ENDENTRY             2          0                                 D088799999999