57FE 57CO EC DECAY (271.81 D) 201412
57FE H TYP=UPD$AUT=V.P.Chechev and N.K.Kuzmenko$CUT=17-MAY-2014$
57FE H TYP=ERR$AUT=M.M.Be$DAT=15-APR-2004$
57FE H TYP=FUL$AUT=V.P.Chechev and N.K.Kuzmenko$CUT=11-OCT-2001$
57FE C History: Type=UPD;Author=V.P.Chechev, N.K.Kuzmenko;Cut=17-MAY-2014
57FE C Type=ERR;Author=M.M.Be;Cutoff date=15-APR-2004
57FE3C Type=FUL;Author=V.P.Chechev and N.K.Kuzmenko;Cutoff date=11-OCT-2001
57FE C References: 1955Co31, 1960Fe06, 1961Cl11, 1961Ho05, 1965Mo22, 1965An07,
57FE2C 1965Ki03, 1965Ma38, 1966Ec05, 1966Sp06, 1967Ha06, 1968Ru04, 1969Bo49,
57FE3C 1969Ho28, 1969JA18, 1970Gr13, 1970Jo30, 1971Ko19, 1971Po05, 1972La14,
57FE4C 1972Em01, 1972Fo05, 1972He42, 1972Kr15, 1973Mu**, 1973Sc15, 1974HeYW,
57FE5C 1974Ti01, 1975Co22, 1976Ba63, 1976Bo16, 1978Vy**, 1978AlZX, 1978Kr19,
57FE6C 1980Ho17, 1980Sc07, 1980Ve05, 1981Va11, 1982Gr10, 1983Wa26, 1985HaZA,
57FE7C 1989De**, 1990Si03, 1992ScZZ, 1992Un01, 1994Ar22, 1995Ah04, 1996Me11,
57FE8C 1996Sc06, 1997Lépy, 1997Ma75, 1997KoZJ, 1998Be**, 1998Bh11, 1998Sc28,
57FE9C 2000He14, 2002Ba85, 2004BeZR, 2006Mo26, 2008Ki07, 2012Da06, 2012Wa38,
57FEAC 2012Fi12, 2014Un01
57FE T Auger electrons and ^X ray energies and emission intensities:
57FE T {U Energy (keV)} {U Intensity } {U Line }
57FE T
57FE T 6.39091 17.12 26 XKA2
57FE T 6.40391 33.5 5 XKA1
57FE T
57FE T 7.05804 |] 6.93 13 XKB1
57FE T 7.1083 |] XKB5II
57FE T
57FE T
57FE T 0.617-0.7938 1.30 4 XL (total)
57FE T 0.617 0.0662 27 XLL
57FE T 0.7075-0.7084 0.699 26 XLA
57FE T 0.6306 0.0422 19 XLC
57FE T 0.7148-0.7938 0.492 21 XLB
57FE T 0.72841-0.72841 0.0037 4 XLG
57FE T
57FE T 5.37-5.645 |] KLL AUGER
57FE T 6.158-6.4 |] 104.6 11 ^KLX AUGER
57FE T 6.926-7.105 |] KXY AUGER
57FE T 0.5223-0.8421 250.6 16 L AUGER
57FE N 1.0 1.0 1 1.0
57CO P 0.0 7/2- 271.81 D 40 836.23 45
57FE L 0 0 1/2- STABLE
57FE E 0.00035 12.9 2U
57FE2 E EAV= $CK= $CL= $CM= $CN= $CO=
57FE L 14.41295 313/2- 98.0 NS 4
57FE E 0.0003 3 11.1 2
57FE2 E EAV= $CK= $CL= $CM= $CN= $CO=
57FE G 14.41295 319.18 12M1+E2 0.00223 18 8.55 12
57FE2 G KC=7.65 11$LC=0.787 11$MC=0.1082 16
57FE L 136.47374 295/2- 8.6 NS 4
57FE E 99.80 236.45
57FE2 E EAV= $CK=0.8875 16$CL=0.0963 14$CM=0.0154 5$CN= $CO=
57FE G 122.06065 1285.49 15M1+E2 0.1180 12 0.0236 4
57FE2 G KC=0.0212 3$LC=0.00211 3$MC=2.9E-4 5
57FE G 136.47356 2910.71 15E2 0.1487 21
57FE2 G KC=0.1331 19$LC=0.01371 20$MC=0.00187 3
57FE L 366.74 3 3/2- 10.5 PS 14
57FE E 0.002 2 10.8 2
57FE2 E EAV= $CK= $CL= $CM= $CN= $CO=
57FE G 230.27 3 0.0004 4 M1+E2 0.02 0.004166
57FE2 G KC=0.00375 6$LC=3.64E-4 5$MC=5.01E-5 7
57FE G 352.34 2 0.0032 4 M1+E2 0.025 9 1503E-622
57FE2 G KC=1.354E-3 19$LC=1.303E-4 19$MC=1.8E-5 3
57FE G 366.74 3 0.0013 4 M1+E2 0.45 5 0.001789
57FE2 G KC=0.00160 8$LC=1.55E-4 8$MC=2.13E-5 10
57FE L 706.42 2 5/2- 4.1 PS 11
57FE E 0.183 7 7.69
57FE2 E EAV= $CK=0.8789 17$CL=0.1035 14$CM=0.0168 6$CN= $CO=
57FE G 339.67 3 0.0038 4 M1+E2 0.083 5 1659E-624
57FE2 G KC=1.494E-3 21$LC=1.439E-4 21$MC=1.98E-5 3
57FE G 569.94 4 0.015 2 M1+E2 0.097 8 5.10E-48
57FE2 G KC=4.6E-4 7$LC=4.4E-5 7$MC=6.06E-6 9
57FE G 692.01 2 0.159 6 M1+E2 0.465 8 3.65E-46
57FE2 G KC=3.29E-4 5$LC=3.15E-5 5$MC=4.33E-6 7
57FE G 706.415 200.0050 5 E2 4.83E-47
57FE2 G KC=4.35E-4 6$LC=4.18E-5 6$MC=5.75E-6 8