57CO 57NI EC DECAY (35.67 H) 201606
57CO H TYP=UPD$AUT=V.P.Chechev and N.K.Kuzmenko$CUT=20-JUN-2016$
57CO H TYP=ERR$AUT=M.M.Be$DAT=15-APR-2004$
57CO H TYP=FUL$AUT=S.-C.Wu$CUT=14-MAR-1999$
57CO C History: Type=UPD;Author=V.P.Chechev, N.K.Kuzmenko;Cut=19-JUN-2016
57CO2C Type=ERR;Author=M.M.Be;Cutoff date=15-APR-2004
57CO3C Type=FUL;Author=S.-C.Wu;Cutoff date=14-MAR-1999
57CO C References: 1967Li08, 1974Ro18, 1982Gr10, 1986Di02, 1990Sc23, 1998Bh11,
57CO2C 2002Ba85, 2004BeZR, 2008Ki07, 2012Wa38
57CO T Auger electrons and ^X ray energies and emission intensities:
57CO T {U Energy (keV)} {U Intensity } {U Line }
57CO T
57CO T 6.91538 5.84 12 XKA2
57CO T 6.9304 11.42 23 XKA1
57CO T
57CO T 7.6495 |] 2.37 6 XKB1
57CO T 7.706 |] XKB5II
57CO T
57CO T
57CO T 0.6793-0.8674 0.525 13 XL (total)
57CO T 0.6793 0.0228 8 XLL
57CO T 0.7787-0.7795 0.289 9 XLA
57CO T 0.6949 0.0141 6 XLC
57CO T 0.78642-0.8674 0.197 8 XLB
57CO T 0.80198-0.80198 0.00120 13 XLG
57CO T
57CO T 5.806-6.099 |] KLL AUGER
57CO T 6.667-6.927 |] 31.0 6 ^KLX AUGER
57CO T 7.508-7.703 |] KXY AUGER
57CO T 0.5772-0.9224 76.7 7 L AUGER
57CO N 1.0 1.0 1 1.0
57NI P 0.0 3/2- 35.67 H 13 3261.7 6
57CO L 0 7/2- 271.81 D 4
57CO L 1223.8 3 9/2- 54 FS 5
57CO G 1223.8 3 0.076 13M1+E2 0.26 1 1294E-719
57CO2 G KC=1.083E-4 16$LC=1.04E-5 15$MC=1.451E-6 21
57CO L 1377.64 4 3/2- 19 PS 4
57CO E 35.3 5 29.3 5 5.64
57CO2 E EAV=367.2 3$CK=0.8876 16$CL=0.0961 13$CM=0.0155 5$CN= $CO=
57CO G 1377.62 4 81.2 6 E2 1059E-722
57CO2 G KC=9.54E-5 14$LC=9.19E-6 13$MC=1.28E-6 18
57CO L 1504.80 4 1/2- 0.21 NS 2
57CO E 6.8 3 9.6 4 6.06
57CO2 E EAV=312.3 3$CK=0.8875 16$CL=0.0962 13$CM=0.0155 5$CN= $CO=
57CO G 127.164 3 16.0 5 M1+E2 0.0080 14 0.0215 3
57CO2 G KC=0.0193 3$LC=0.00193 3$MC=2.69E-4 4
57CO L 1757.58 3 3/2- 0.27 PS 2
57CO E 0.85 605.2 3 6.2
57CO2 E EAV=205.0 3$CK=0.8874 16$CL=0.0963 13$CM=0.0155 5$CN= $CO=
57CO G 379.94 2 0.072 6 [M1] 1437E-621
57CO2 G KC=1.293E-3 19$LC=1.26E-4 18$MC=1.758E-5 25
57CO G 1757.55 3 6.1 4 E2 6.50E-59
57CO2 G KC=5.86E-5 9$LC=5.62E-6 8$MC=7.84E-7 11
57CO L 1897.0 5 7/2- 110 FS 10
57CO G 673.44 4 0.0483 15M1+E2 0.02 1 4.01E-46
57CO2 G KC=3.61E-4 6$LC=3.49E-5 5$MC=4.87E-6 7
57CO G 1897.0 5 0.0252 25M1+E2 0.02 1 5.24E-57
57CO2 G KC=4.78E-5 7$LC=4.58E-6 7$MC=6.39E-7 9
57CO L 1919.65 145/2- 22 FS 3
57CO E 0.45 3 12.1 6 5.73
57CO2 E EAV=137.6 3$CK=0.8873 16$CL=0.0964 13$CM=0.0155 5$CN= $CO=
57CO G 161.86 3 0.0202 24[M1] 0.0115017
57CO2 G KC=0.01033 15$LC=1.025E-3 15$MC=1.429E-4 21
57CO G 541.9 1 0.0036 5 [E2] 1168E-617
57CO2 G KC=1.05E-3 15$LC=1.029E-4 15$MC=1.431E-5 20
57CO G 696.0 4 0.0009 6 [E2] 5.60E-48
57CO2 G KC=5.03E-4 7$LC=4.9E-5 7$MC=6.83E-6 10
57CO G 1919.62 1412.5 5 M1+E2 0.23 3 5.21E-57
57CO2 G KC=4.7E-5 7$LC=4.5E-6 7$MC=6.27E-7 9
57CO L 2133.08 5 5/2- 0.34 PS 6
57CO E 0.039 5 8.07
57CO2 E EAV= $CK=0.8871 16$CL=0.0965 13$CM=0.0156 5$CN= $CO=
57CO G 755.3 1 0.0054 6 M1+E2 0.35 18 3.29E-416
57CO2 G KC=2.96E-4 14$LC=2.86E-5 14$MC=3.99E-6 19
57CO G 2133.04 5 0.033 5 M1 3.55E-45
57CO2 G KC=3.9E-5 6$LC=3.73E-6 6$MC=5.21E-7 8
57CO L 2730.83 143/2- 91 FS 12
57CO E 0.020 3 7.7
57CO2 E EAV= $CK=0.8857 16$CL=0.0977 13$CM=0.0158 5$CN= $CO=
57CO G 2730.76 140.020 3
57CO L 2804.15 15(3/2,5/2)- 37 FS 7
57CO E 0.308 236.38
57CO2 E EAV= $CK=0.8853 16$CL=0.0980 13$CM=0.0158 5$CN= $CO=
57CO G 906.98 5 0.075 14
57CO G 1046.54 140.132 3
57CO G 2804.08 150.102 17E2
57CO L 3108.12 8 (3/2)- 54 FS 12
57CO E 0.063 4 6.1
57CO2 E EAV= $CK=0.8790 17$CL=0.1033 14$CM=0.0168 5$CN= $CO=
57CO G 304.1 1 0.0020 6
57CO G 1350.52 6 0.002 1
57CO G 1603.28 6 0.0039 6
57CO G 1730.45 6 0.055 3
57CO L 3177.37 5 5/2,7/2- 152 FS 35
57CO E 0.025 5 5.94
57CO2 E EAV= $CK=0.8706 19$CL=0.1103 15$CM=0.0181 6$CN= $CO=
57CO G 1279.99 6 0.0096 7
57CO G 3177.27 5 0.015 4