ENTRY            33112   20181107                             31873311200000001 
SUBENT        33112001   20181107                             31873311200100001 
BIB                 11         38                                 3311200100002 
TITLE      Measurement and estimation of cross sections for       3311200100003 
           55Mn(n,g)56Mn and 65Cu(n,g)66Cu reactions using        3311200100004 
           accelerator-based neutron source                       3311200100005 
AUTHOR     (Mehdi S.Barough, V.D.Bharud, B.J.Patil, F.M.D.Attar,  3311200100006 
           V.N.Bhoraskar, S.D.Dhole)                              3311200100007 
INSTITUTE  (3INDPOO)                                              3311200100008 
           (3INDIND) Abasaheb Garware College, Karve Road, Pune,  3311200100009 
           Maharashtra                                            3311200100010 
           (3INDIND) Poona College, K.B. Hidayatullah Road, Pune, 3311200100011 
           Maharashtra                                            3311200100012 
REFERENCE  (J,NSE,187,302,2017)                                   3311200100013 
FACILITY   (MICRT,3INDPOO) 6-MeV racetrack microtron accelerator- 3311200100014 
           based neutron source.                                  3311200100015 
SAMPLE     Powders of pure chemical compounds of manganese        3311200100016 
            (MnO2,99% purity) and copper sheet(99% purity) were   3311200100017 
           used. The sample were packed a known weight in a       3311200100018 
           polyethylene bag using microbalance. The size of each  3311200100019 
           sample was ~6 cm x ~3 cm and ~0.1 cm thick.            3311200100020 
DETECTOR   (HPGE) The high-purity germanium detector-based gamma  3311200100021 
           ray spectroscopy was used for the measurement of       3311200100022 
           induced gamma activity. The HPGe detector was          3311200100023 
           connected through computer-based multichannel analyzer.3311200100024 
INC-SOURCE (PHOTO) A 6 MeV energy electrons beam interact with    3311200100025 
           tungsten target, produce bremsstrahlung radiation,     3311200100026 
           which further interact with beryllium target to        3311200100027 
           produce continuous energy spectrum.                    3311200100028 
INC-SPECT  Neutron spectrum was simulated by FLUKA                3311200100029 
ERR-ANALYS (ERR-T) Total uncertainty                              3311200100030 
           (ERR-1) Uncertainties of irradiation, cooling and      3311200100031 
           counting times (0.1%)                                  3311200100032 
           (ERR-2) Isotopic abundance (0.1%)                      3311200100033 
           (ERR-3) Counting statistics (6%)                       3311200100034 
           (ERR-4) Weight of sample (1e-04%)                      3311200100035 
           (ERR-5) Self-absorption of gamma ray (~0.5%)           3311200100036 
           (ERR-6) Coincidence sum effect of cascade gamma ray    3311200100037 
            (1%)                                                  3311200100038 
           (ERR-7) Detector efficiency (3%)                       3311200100039 
HISTORY    (20181107C) VT                                         3311200100040 
ENDBIB              38          0                                 3311200100041 
COMMON               7          6                                 3311200100042 
ERR-1      ERR-2      ERR-3      ERR-4      ERR-5      ERR-6      3311200100043 
ERR-7                                                             3311200100044 
PER-CENT   PER-CENT   PER-CENT   PER-CENT   PER-CENT   PER-CENT   3311200100045 
PER-CENT                                                          3311200100046 
        0.1        0.1         6.     0.0001        0.5         1.3311200100047 
         3.                                                       3311200100048 
ENDCOMMON            6          0                                 3311200100049 
ENDSUBENT           48          0                                 3311200199999 
SUBENT        33112002   20181107                             31873311200200001 
BIB                  4         10                                 3311200200002 
REACTION   (25-MN-55(N,G)25-MN-56,,SIG,,SPA)                      3311200200003 
DECAY-DATA (25-MN-56,2.578HR,DG,847.,0.99,                        3311200200004 
                             DG,1811.,0.29,                       3311200200005 
                             DG,2110.,0.15,                       3311200200006 
                             DG,2523.,0.001,                      3311200200007 
                             DG,2658.,0.0065,                     3311200200008 
                             DG,2957.,0.0031)                     3311200200009 
METHOD     (ACTIV) Irrad./Cool./Counting= 3600+-3.6/30+-0.03/     3311200200010 
           3600+-3.6 seconds                                      3311200200011 
STATUS     (TABLE) Table 3-4 of Nucl.Sci.Eng.187(2O17)302         3311200200012 
ENDBIB              10          0                                 3311200200013 
NOCOMMON             0          0                                 3311200200014 
DATA                 4          1                                 3311200200015 
EN-MIN     EN-MAX     DATA       ERR-T                            3311200200016 
KEV        MEV        MB         MB                               3311200200017 
         1.         4.        8.5      0.578                      3311200200018 
ENDDATA              3          0                                 3311200200019 
ENDSUBENT           18          0                                 3311200299999 
SUBENT        33112003   20181107                             31873311200300001 
BIB                  5          6                                 3311200300002 
REACTION   (29-CU-65(N,G)29-CU-66,,SIG,,SPA)                      3311200300003 
SAMPLE     (29-CU-65,NAT=0.3083)                                  3311200300004 
DECAY-DATA (29-CU-66,5.1MIN,DG,1039.,0.09)                        3311200300005 
METHOD     (ACTIV) Irrad./Cool./Counting= 600+-0.6/30+-0.03/600+- 3311200300006 
           0.6 seconds                                            3311200300007 
STATUS     (TABLE) Table 3-4 of Nucl.Sci.Eng.187(2O17)302         3311200300008 
ENDBIB               6          0                                 3311200300009 
NOCOMMON             0          0                                 3311200300010 
DATA                 4          1                                 3311200300011 
EN-MIN     EN-MAX     DATA       ERR-T                            3311200300012 
KEV        MEV        MB         MB                               3311200300013 
         1.         4.        4.5      0.306                      3311200300014 
ENDDATA              3          0                                 3311200300015 
ENDSUBENT           14          0                                 3311200399999 
ENDENTRY             3          0                                 3311299999999