ADOPTED LEVELS, GAMMAS for 60Co

Authors: E. Browne, J. K. Tuli |  Citation: Nucl. Data Sheets 114, 1849 (2013) |  Cutoff date: 31-Dec-2012 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=2822.81 keV 21S(n)= 7491.92 keV 7S(p)= 8274.53 keV 38Q(α)= -7163.79 keV 38
Reference: 2012WA38

References:
  A  59Co(d,p)  B  59Co(n,γ), (pol n,γ) E=TH
  C  59Co(n,γ) E=24 KEV  D  62Ni(d,α), (pol d,α)
  E  58Fe(3He,p)  F  48Ca(15N,3nγ)
  G  57Fe(α,pγ)  H  57Fe(α,p)
  I  61Ni(d,3He)  J  60Co IT decay
  K  60Fe β- decay  L  59Co(n,γ) E=132 EV

General Comments:

Other reactions:

63Cu(n,α) E=20 MeV, calculated σ (2011Pa03).

63Cu(n,α) E=14.9 MeV, Measured σ (2007Zh34).

63Cu(n,α) E=9, 11 MeV. Measured angle-integrated cross section. Model calculations. Inferred level density parameters (1987Ah01). Theoretical interpretation of the total (n,α) cross section below 20 MeV.

60Ni(n,p) E<20 MeV, Calculated σ (2011Pa01).

60Ni(n,p) E=100 MeV/nucleon, calculated Gamow-Teller strengths (2012Co16).

60Ni(n,p) E=14 MeV, measured σ (2011Zh04).

60Ni(n,p), measured fission spectrum, deduced σ (2010El02).

60Ni(n,p) E<20 MeV, calculated excitation function (2009La04).

60Ni(n,p) E=0-20 MeV, calculated σ (2004Fa02).

59Co(n,γ) E=thermal (2012Sh06).

59Co(n,γ), deduced yields (2010Kr02).

59Co(n,γ) E=1 GeV, deduced yields (2010Kr06).

59Co(n,γ), measured Eγ, Iγ, deduced σ (2010Le01).

59Co(n,γ), measured Eγ, Iγ, deduced reaction rates (2009Ti09).

59Co(n,γ) E<20 MeV, calculated σ (2009Zh02).

59Co(n,γ) E<25 keV, measured σ (2008He01).

59Co(n,γ), deduced γ-ray emission probabilities (2004Ma76).

59Co(d,pγ) E=3-40 MeV, Measured Eγ, Iγ (2011Di16).

59Co(d,p) E=7.5 MeV, (2009Vo02).

59Co(d,p) E=7.5-10 MeV, measured σ (2007Vo08).

Zn(p,X) E=31-141 MeV, measured σ (2005Bo10).

Ge(p,X) E=100 MeV, measured σ (2010Ba16).

Zn(p,X) E=26-67 MeV, measured σ (2005Ta01).

Ni(p,X) E=140-500 MeV, measured σ (2006Si27).

Ni(p,X) E=46-2605 MeV, deduced σ (2011Ti04).

76Ge(n,X) E=10-2000 MeV, calculated σ (2010El09).

Ge, Mo, Te(p,X) E=0.8, 1.85 GeV, measured σ (2005No04).

Ni, Cu(n,X) E=0.1-750 MeV, measured σ (2005Si32).

Ni(d.x) E<50 MeV, measured σ activation (2007Ta14).

Cu(d,X) E=3-50 MeV, measured excitation functions (2006Ta21).

58Fe(6Li,X), 57Fe(7Li,X) E=15 MeV, deduced level densities (2009Og06).

Cu(7Li,X) E=35 MeV, measured σ (2004De41).

60Ni(13C,13N) E=100 MeV/nucleon, measured σ (2003Is17,2002Ic01).

60Co(ν,ν’) E=0-50 MeV, calculated inelastic σ (2005Ju02)

Protons (E=43-2605 MeV) on W and 181Ta. Measured σ (2011Ti05).

Others: 2004Fe04, 2004Se01, 2003Ya20.

Nuclear Structure

Calculated level densities (2006Hi10,2005Na24,2002Be89).

Analyzed level densities (2006Su20).

Calculated single-particle level energies (2002Be59)

Nuclear level density (2011Hi13,2007Al51).

Strength functions of dipole γ rays (2008Su11)

Nuclear level density below the binding energy (2010Su17).

Analyzed neutron pairing interaction (2007Fr23).

Others: 2007Li49, 2007Li42, 2007Na31, 2005Su21, 2004Ho08, 2003Zh30.

Radioactive decay

Analyzed measured half-lives (2012Fi12)

Experimental nuclear data of medical isotopes (2012Ja04)

Discovery of Co isotopes (2010Sz02)

Compilations

59Co(n,γ) E=thermal, measured prompt Eγ, Iγ (2002Re13).

60Co evaluated half-life, calculated average γ-ray energy (2011Ch51).

60Co compiled half-life values (2004Wo02).

Levels: For properties of many resonances in the range E(n)=0-120 keV from 59Co(n,γ), see 1981MuZQ.

Levels: Configurations given for the 6+ and 7+ levels are from the reaction 62Ni(pol d,α).

Levels: T1/2(g.s.):

Levels: 1925.28 d 14 (5.2712 y 4) from weighted average of the following values (values reported in years have been converted to days, 365.242 days/year): 1922.3 d 11 (1963Go03), 1914.6 d 29 (1965An07), 1924.8 d 24 (1968La10), 1914 d 77 (1973Ha60), 1929.6 d 10 (1976Va30), 1925.2 d 4 (1980Ho17), 1924.8 d 10 and 1925.5 d 3 (1982RyZX), 1925.0 d 5 (1983Ru04), 1925.5 d 4 (1983Wa26), and 1925.1 d 5 (1992Un01), 1925.20 d 25 (2002Un02). The Limitation of Relative Statistical Weight method (LWM) has produced a value of 1923.5 d 3. Other evaluated result: 1925.23 d 27 (2004Wo02).

Levels: T1/2(g.s.) Others:

Levels: 1936 d 256 (1940Li01), 1855 d 29 (1949Se20), 1921 d 62 (1950Br76), 1925 d 26 (1951To25), 1917.5 d 73 (1951Si25), 1903 d 15 (1953Ka21), 1914 d 11 (1957Ge07), 1947 d 15 (1958Ke26), 1807.9 (1953Lo09), 1925.5 d 4 (1970Wa19, replaced by 1983Wa26), and 1929.2 d 26 (1982HoZJ, replaced by 1992Un01).

Levels: T1/2(g.s.): Several other averages were calculated in order to ascertain how much the result would vary with different analysis methods. The weighted average of the 10 values with uncertainties <4 d is 1925.3 d 4 with a reduced-χ2=4.6. The Normalized Residual method (1992Ja06) with 20 values (the 19 included above plus that of 1953Lo09) increases the uncertainties of three values and then the weighted average is 1925.2 d 3. The Rajeval method (1992Ra08) with all 20 values rejects the value of 1953Lo09 and increases the uncertainties of four others, and then the weighted average is 1925.3 d 2. These values are very consistent, so the result does not depend on the analysis method. The half-life evaluation was done by R. Helmer in conjunction with the Decay Data Evaluation Project (1999BeZS,1999BeZQ).

Gammas: δ values in comments are taken from 57Fe(α,pγ), except as noted. For alternative values see 59Co(n,γ), (pol n,γ)










E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
      0.0ABCDEFGHIJK  5+ 1925.28 d 14 
% β- = 100
     
     58.59 1 ABCDEFG IJK  2+ 10.467 m 6 
% IT = 99.75 3
% β- = 0.25 3
    58.603 7 
   100
M3+(E4)
      0.0
5+
    277.20 2 ABCD FG      4+      277.08 3 
   100
(M1+E2)
      0.0
5+
    288.40 2 ABCDEFG I    3+      229.72 4 
   100
(M1+E2)
     58.59
2+
    435.71 4 ABCDEFG I    5+      158.46 5 
   435.71 5 
   100.0 7 
    64.0 13 
(M1+E2)
(M1+E2)
    277.20
      0.0
4+
5+
    506.20 3 ABCDEFG I    3+      217.88 20 
   447.68 9 
     0.53 5 
   100.0 13 

(M1+E2)
    288.40
     58.59
3+
2+
    542.82 2 ABCDEFG I    2+      254.23 5 
   484.21 3 
   100.0 19 
    61.5 7 
(M1+E2)

    288.40
     58.59
3+
2+
    614.55 2 ABCDE G I    3+      337.32 7 
   555.969 12 
     3.68 10 
   100.0 9 

(M1+E2)
    277.20
     58.59
4+
2+
    738.80 2 AB DE G      1+      195.84 5 
   680.210 13 
    70.7 11 
   100.0 16 


    542.82
     58.59
2+
2+
    785.71 1 ABCDEFG I    4+ < 3.2 ps    171.3 3 
   349.87 8 
   497.275 18 
   785.724 10 
     2.3 4 
     4.33 14 
    83.7 6 
   100.0 14 


(M1+E2)
(M1+E2)
    614.55
    435.71
    288.40
      0.0
3+
5+
3+
5+
    940 30 ?       H            
   1003.91 2 ABCD  G      (3,4)      461.04 3 
   715.38 8 
   726.709 13 
   945.321 17 
    52.6 4 
     4.8 4 
    48.2 7 
   100 2 




    542.82
    288.40
    277.20
     58.59
2+
3+
4+
2+
   1005.80 2 ABCDE   I    4      220.00 11 
   391.221 21 
   717.415 10 
  1005.69 4 
     3.58 14 
   100.0 7 
    78.3 10 
    12.3 5 

D+Q


    785.71
    614.55
    288.40
      0.0
4+
3+
3+
5+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   1131.98 19 AB D              393.18 19 
   100

    738.80
1+
   1150.70 5 ABC E        (2+,3+)      862.30 4 
   100

    288.40
3+
   1207.83 3 ABC   G      5+      930.614 17 
  1207.96 7 
   100.0 18 
    40 4 


    277.20
      0.0
4+
5+
   1216.45 18 AB DEF       6+ 0.28 ps +21-14     779.91 16 ?
  1216.44 18 
    35 7 
   100


    435.71
      0.0
5+
5+
   1216.85 3  BCD  G      4      710.648 10 
   928.42 3 
   100.0 13 
    23.8 7 


    506.20
    288.40
3+
3+
   1341.86 3 ABC E        3+      799.03 3 
  1283.27 3 
  1341.2 3 
    54.0 15 
   100 3 
     6.7 19 



    542.82
     58.59
      0.0
2+
2+
5+
   1379.74 6 AB DEF       6+ 0.7 ps 3     172.1 4 
   944.05 5 
    19 6 
   100 6 


   1207.83
    435.71
5+
5+
   1380.97 4 ABCD         3+     1103.76 3 
   100

    277.20
4+
   1451.21 3 ABC          4+      665.52 4 
   908.37 3 
    71 3 
   100 4 


    785.71
    542.82
4+
2+
   1508.30 9 AB DE        2+,3+     1002.09 8 
   100

    506.20
3+
   1510 10    D         7+        
   1515.80 3 A C          4+      901.282 15 
  1238.561 22 
  1515.748 14 
    17.1 3 
    12.0 3 
   100 3 



    614.55
    277.20
      0.0
3+
4+
5+
   1565.94 3 ABC          2      224.1 3 
  1277.49 3 
  1507.348 23 
    14.9 21 
    28.2 9 
   100 3 



   1341.86
    288.40
     58.59
3+
3+
2+
   1639.84 3 ABCD         3+,4+,5+      854.147 22 
  1362.49 6 
   100.0 23 
    43.6 23 


    785.71
    277.20
4+
4+
  ≈1669?A                   
   1686.21 5  B  E        1+      947.41 4 
   100

    738.80
1+
   1709.68 13 ABC              1651.05 13 
   100

     58.59
2+
   1749.29 3 ABC          3+      963.57 3 
  1206.66 12 
  1472.01 3 
  1690.74 4 
    54.2 17 
    34 5 
    94 3 
   100 5 




    785.71
    542.82
    277.20
     58.59
4+
2+
4+
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   1787.62 4 ABCD         5(+)      781.81 3 
  1787.4 3 
   100 3 
    43 15 


   1005.80
      0.0
4
5+
   1800.22 15 AB  EF       (6)- 1.7 ps +14-6     420.86 19 
   584.43 10 
  1799.70 22 
     1.1 11 
     6.5 22 
   100.0 22 


[E1]
   1379.74
   1216.45
      0.0
6+
6+
5+
   1808.63 15 ABC E        4-     1808.37 18 
   100

      0.0
5+
   1830.80 2 ABC          4+     1553.68 6 
  1830.763 21 
     7.1 4 
   100 4 


    277.20
      0.0
4+
5+
   1833.23 4  B               1774.62 3 
   100

     58.59
2+
   1852.71 4 ABC          4+     1852.678 25 
   100

      0.0
5+
   1877.15 5  BCDE        2     1262.56 10 
  1818.54 5 
    17.2 14 
   100 6 


    614.55
     58.59
3+
2+
   1888.90 4 ABCDE        4+      883.20 5 
  1274.26 3 
  1889.04 8 
    36.5 18 
   100 3 
    50 4 



   1005.80
    614.55
      0.0
4
3+
5+
   1924.29 21 ABC          +     1647.06 21 
   100

    277.20
4+
   1981.20 5 ABCDE        4     1692.78 4 
   100

    288.40
3+
   1983.52 16  BCD              174.91 5 
   100

   1808.63
4-
   2032.71 11 ABC E        2+,3+      824.88 10 
   100

   1207.83
5+
   2045.42 11 ABCD              837.62 14 
  1539.16 17 
    53 7 
   100 13 


   1207.83
    506.20
5+
3+
   2080.77 11  B D             2022.15 11 
   100

     58.59
2+
   2121.82 5 ABCD         3(+),4(+)     1117.92 5 
  2121.3 3 
   100 5 
    27 6 


   1003.91
      0.0
(3,4)
5+
   2132.23 23 A  D F       (7-) < 0.49 ps    332.54
   916.44 14 
   100 6 
    22 6 


   1800.22
   1216.45
(6)-
6+
   2133.44 7  BCD         3,4     1844.98 9 
  2074.84 9 
    70 5 
   100 6 


    288.40
     58.59
3+
2+
   2151.9 3 ABC              1146.1 3 
   100

   1005.80
4
   2183.10 6  BC E        2+,3+      617.15 5 
   100

   1565.94
2
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   2199.9 3 ABC                 
   2221.56 9 ABCDE        4+     1215.79 14 
  2221.49 10 
     9E+1 4 
     1.0E+2 1 


   1005.80
      0.0
4
5+
   2230.44 10 ABC              2171.65 11 
   100

     58.59
2+
   2274.67 16 ABCD   H         1986.24 16 
   100

    288.40
3+
   2279.94 20 ABCD         5+     2279.89 20 
   100

      0.0
5+
   2310.15 6 ABC          3     2032.91 4 
   100

    277.20
4+
   2318.4 10 A                   
   2324.3 4  BC              2265.7 4 
   100

     58.59
2+
   2341.82 8 ABCD             1556.09 8 
   100

    785.71
4+
   2351.87 9 ABCD             1134.75 13 
  1809.53 24 
    26 3 
     1.0E+2 4 


   1216.85
    542.82
4
2+
   2363.96 9 ABC                 
   2423.28 10 ABC          4     1419.35 7 
   100

   1003.91
(3,4)
   2430.97 10 ABC E        3-,4-      297.55 8 
  2430.85 24 
   100 3 
    57 8 


   2133.44
      0.0
3,4
5+
   2450.87 15 ABCD         3,4      370.09 10 
   100

   2080.77

   2469.72 24 AB               2469.6 3 
   100

      0.0
5+
   2488.71 9 ABC          5     1271.91 10 
  1982.34 17 
  2210.8 7 
  2488.59 21 
    81 7 
    96 11 
    28 12 
   100 12 




   1216.85
    506.20
    277.20
      0.0
4
3+
4+
5+
   2529.00 15 ABC               728.753 23 
  2240.5 8 
   100 3 
    11 5 


   1800.22
    288.40
(6)-
3+
   2546 3  B                  
   2560.0 3 ABC              2501.3 3 
   100

     58.59
2+
   2569.96 7 ABC          4     2063.82 11 
  2281.75 15 
  2569.68 11 
    39 3 
    79 10 
   100 6 



    506.20
    288.40
      0.0
3+
3+
5+
   2585.73 7 ABCD              233.89 11 
  1069.92 11 
  2527.04 11 
    14.8 7 
    20.2 20 
   100 7 



   2351.87
   1515.80
     58.59

4+
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   2598.07 11 ABCDE        3+     2309.63 11 
   100

    288.40
3+
   2607.58 13 ABC              2607.52 13 
   100

      0.0
5+
   2622.07 15  BC               589.35 11 
   100

   2032.71
2+,3+
   2655.71 19 ABC              1504.99 18 
   100

   1150.70
(2+,3+)
   2685.35 22 ABC          3-,4-     2249.71 22 
   100

    435.71
5+
   2709.97 20 ABCD         2,3,4     2203.73 19 
   100

    506.20
3+
   2718.80 16  B DE        1        
   2734.5 8 AB                  
   2760.9 5 ABC              2472.4 5 
   100

    288.40
3+
   2768.13 25 ABCD             2262.4 4 
  2768.4 5 
    72 14 
   100 17 


    506.20
      0.0
3+
5+
   2771.35 24 AB               1639.35 14 
   100

   1131.98

   2785.77 15 AB           3,4     2727.11 15 
   100

     58.59
2+
   2801.6 3 AB               2801.7 4 
   100

      0.0
5+
   2809.7 4 AB                  
   2823.2 5 A C  F       (8)- < 0.42 ps    691.0 4 
   100

   2132.23
(7-)
   2825.60 11  B           3-,4-     2319.36 10 
   100

    506.20
3+
   2845.03 14 ABC              1158.85 15 
  2338.6 3 
    45 6 
   100 17 


   1686.21
    506.20
1+
3+
   2867.57 12 ABC              2128.71 14 
  2361.38 22 
     1.0E+2 1 
    82 11 


    738.80
    506.20
1+
3+
   2884 10    D         5+        
   2884.92 8 ABCD         3-,4-     2099.21 7 
  2884.43 24 
   100 6 
    87 8 


    785.71
      0.0
4+
5+
   2897.4 8 ?A                   
   2901.81 9  BC               779.98 7 
   100

   2121.82
3(+),4(+)
   2917.6 8 ?A                   
   2920.4 4  BC              2632.1 4 
  2861.2 7 
    75 16 
   100 23 


    288.40
     58.59
3+
2+
   2936.48 14  B               1226.79 4 
   100

   1709.68

E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   2939.2 9 A                   
   2944.2 3 ABC               744.27 6 
   100

   2199.9

   2963.09 11 ABC               532.11 4 
   100

   2430.97
3-,4-
   2996.9 3 ABC              2454.0 3 
   100

    542.82
2+
   3010.1 3 ABC              1176.9 3 
   100

   1833.23

   3022.28 9 ABC          3,4     1382.41 7 
  2745.7 9 
   100 6 
    51 13 


   1639.84
    277.20
3+,4+,5+
4+
   3047.5 6 ABC              2759.0 6 
   100

    288.40
3+
   3064.8 3 AB               2628.7 5 
  3006.2 3 
    70 12 
   100 11 


    435.71
     58.59
5+
2+
   3077.06 25 AB               2641.29 24 
   100

    435.71
5+
   3084.6 4 ABC              3084.8 6 
   100

      0.0
5+
   3096.35 9 AB               2357.51 8 
   100

    738.80
1+
   3108 10    D         7+        
   3114.1 6 ABC          3,4     2836.8 6 
   100

    277.20
4+
   3121.4 4 ABC              2831.7 13 
  3121.4 4 
    44 19 
   100 12 


    288.40
      0.0
3+
5+
   3132.2 3 AB               2346.4 6 
   100

    785.71
4+
   3141.47 13  BC              1924.59 12 
   100

   1216.85
4
   3155.49 19 ABC              2866.4 7 
  3096.92 20 
  3154.1 10 
    42 11 
   100 7 
    23 7 



    288.40
     58.59
      0.0
3+
2+
5+
   3162.7 3  BC               602.711 25 
   100

   2560.0

   3186.6 4 ABC          3-,4-     3127.9 4 
   100

     58.59
2+
   3191.00 8  BC               827.03 7 
   100

   2363.96

   3199.3 9 A                   
   3203.22 13 AB D              972.50 15 
  2926.31 17 
    56 3 
   100 8 


   2230.44
    277.20

4+
   3216.24 18  B D             3216.15 18 
   100

      0.0
5+
   3238.5 3  B                  
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  ≈3265A                   
   3279.46 13  BC              1246.74 8 
   100

   2032.71
2+,3+
   3283.81 17 ABCD         3,4     2777.5 3 
  2995.30 22 
  3284.0 5 
    73 8 
    95 8 
   100 15 



    506.20
    288.40
      0.0
3+
3+
5+
  ≈3314A                   
   3336.48 24  BC              2899.8 4 
  3048.5 3 
    85 11 
     1.0E+2 1 


    435.71
    288.40
5+
3+
   3343.26 18  BCD             2557.49 18 
   100

    785.71
4+
  ≈3367A                   
  ≈3393A            3-,4-        
   3415.51 12 ABCD             1334.72 5 
   100

   2080.77

  ≈3436A                   
   3460.4 3 ABC E            3401.7 3 
   100

     58.59
2+
   3465.53 21  BC              1677.89 20 
   100

   1787.62
5(+)
   3469 10    D         7+        
   3496.94 24 ABC    H            
   3514.79 23 ABC               829.45 8 
  3513.6 7 
   100 8 
    61 14 


   2685.35
      0.0
3-,4-
5+
   3529 10    DE               
   3560 20    D         5+        
   3562.09 24 AB D             1092.347 22 
  3503.7 4 
   100.0 24 
    13.6 18 


   2469.72
     58.59

2+
   3588.98 13 ABC          3-,4-     1839.66 11 
   100

   1749.29
3+
   3594.92 22  BC E            1612.3 3 
  1785.94 18 
    17 4 
   100 19 


   1983.52
   1808.63

4-
  ≈3622A            3-,4-        
   3646.6 5      F       (9) < 0.35 ps    823.33 20 
   100

   2823.2
(8)-
   3650.4 4 AB  E            2434.5 3 
   100

   1216.45
6+
   3674 10 A  DE        7+        
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   3690.5 7 A    F       (9) < 0.28 ps    867.3 5 
   100

   2823.2
(8)-
   3696.9 4 AB               1544.99 12 
   100

   2151.9

  ≈3721A                   
   3742.44 16 ABC              1023.636 24 
  1542.51 25 
  1910.4 4 
  1933.72 8 
  3454.0 3 
   100.0 24 
    16 3 
    11 3 
    57 4 
    47 4 





   2718.80
   2199.9
   1830.80
   1808.63
    288.40
1

4+
4-
3+
   3780 20 A  D         7+        
   3797.98 17 AB               2158.12 17 
  3290.3 13 
   100 11 
    47 13 


   1639.84
    506.20
3+,4+,5+
3+
   3827.6 3 ABC              1059.50 10 
  3320.6 4 
    68 6 
   100 13 


   2768.13
    506.20

3+
   3841.2 6 A    F       (9) < 0.35 ps   1017.94
   100

   2823.2
(8)-
   3871.1 6 AB     H     3-,4-     3328.2 6 
   100

    542.82
2+
   3914.8 8  BC              3407.9 9 
  3639.6 17 
   100 25 
    39 19 


    506.20
    277.20
3+
4+
   3928.0 9 AB               2720.1 9 
   100

   1207.83
5+
  ≈3949A                   
  ≈3987A                   
  ≈4005?A            3-,4-        
   4012.16 16  B           3,4     1075.67 7 
   100

   2936.48

  ≈4024A                   
   4040 30    D         7+        
  ≈4049A                   
  ≈4067A            3-,4-        
  ≈4085A                   
   4100.97 21  B                968.74 22 
  3823.54 23 
  4043.6 8 
    21 5 
   100 7 
    26 6 



   3132.2
    277.20
     58.59

4+
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   4112.5 4 ABC              4112.3 4 
   100

      0.0
5+
  ≈4134A                   
   4156.57 18 AB           3-,4-        
  ≈4166A                   
   4194.0 4 AB               3651.1 5 
  3758.1 5 
    73 12 
   100 14 


    542.82
    435.71
2+
5+
  ≈4206?A                   
   4212.8 7  B           3,4     3669.9 7 
   100

    542.82
2+
   4253.9 3 AB               3248.0 3 
   100

   1005.80
4
   4270.02 24 AB           3-,4-     2482.35 23 
   100

   1787.62
5(+)
   4277.0 6    D F       (10) 0.1 ps 6     435.76 20 
   630.37 10 
    12 4 
   100 4 


   3841.2
   3646.6
(9)
(9)
   4280 30    D                
   4292.05 12 AB               1195.69 8 
  3677.38 25 
    38.7 25 
   100 7 


   3096.35
    614.55

3+
   4297.8 4  B               2789.4 4 
   100

   1508.30
2+,3+
  ≈4307A                   
  ≈4325A                   
  ≈4341A                   
  ≈4365A   E        3-,4-        
  ≈4390A            3-,4-        
  ≈4408A                   
  ≈4420A                   
  ≈4452A                   
   4485 10 A   E               
  ≈4507?A                   
   4514.0 4  B               1429.31 14 
  1704.21 7 
  2661.1 4 
    55 6 
   100 6 
    36 7 



   3084.6
   2809.7
   1852.71


4+
  ≈4523?A                   
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   4540.7 12 A      H         3997.7 12 
   100

    542.82
2+
   4550 30    D         7+        
  ≈4563A                   
  ≈4594?AB                  
   4600.97 17  B               3815.06 17 
  4312.8 4 
   100 6 
    47 6 


    785.71
    288.40
4+
3+
  ≈4610?A   E               
  ≈4626A                   
  ≈4668A                   
  ≈4698A            3-,4-        
   4700 30    D         7+        
  ≈4713A                   
   4752.33 12 AB               2399.6 3 
  3966.60 11 
  4245.3 9 
    19.0 25 
   100 5 
     5.9 15 



   2351.87
    785.71
    506.20

4+
3+
  ≈4773A                   
  ≈4786A                   
   4800 30    D         7+        
   4800.1 3 AB           3-,4-     1998.48 14 
  3349.2 6 
  4799.5 4 
     1.0E+2 1 
    44 8 
    40 5 



   2801.6
   1451.21
      0.0

4+
5+
   4811.3 5 AB               3302.9 5 
   100

   1508.30
2+,3+
   4827.5 7      F       (11) < 0.28 ps    550.5 4 
   100

   4277.0
(10)
  ≈4841A                   
  ≈4864A                   
   4874.2 9 AB               3493.1 9 
   100

   1380.97
3+
  ≈4893A                   
  ≈4917A            3-,4-        
  ≈4932A                   
  ≈4965A                   
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  ≈4980A                   
  ≈4995A                   
  ≈5014A                   
  ≈5031A                   
  ≈5057A                   
  ≈5083A                   
  ≈5098A                   
  ≈5113A                   
  ≈5133A                   
  ≈5146A                   
   5160.8 6 A    F       (11) < 0.28 ps    883.79 11 
   100

   4277.0
(10)
  ≈5189A                   
  ≈5202A                   
  ≈5243A                   
  ≈5271A                   
  ≈5291A                   
  ≈5306A                   
  ≈5326A                   
  ≈5350A                   
  ≈5372A                   
  ≈5394A                   
  ≈5411A                   
  ≈5424A                   
  ≈5440A                   
  ≈5456A                   
  ≈5471A                   
  ≈5488A                   
  ≈5529A                   
  ≈5545A                   
  ≈5560A                   
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   5575.6 8 A    F       < 0.14 ps    748.1 3 
   100

   4827.5
(11)
  ≈5591A                   
  ≈5610A                   
  ≈5638A                   
  ≈5655A                   
  ≈5670A                   
  ≈5684A                   
  ≈5705A                   
  ≈5731A                   
  ≈5750A                   
  ≈5773A                   
  ≈5809A                   
  ≈5822A                   
  ≈5838A                   
  ≈5852A                   
  ≈5871A                   
  ≈5889A                   
  ≈5928A                   
  ≈5943A                   
  ≈5955A                   
  ≈5973A                   
  ≈5987A                   
  ≈5999A                   
  ≈6013A                   
  ≈6027A                   
  ≈6047A                   
  ≈6066A                   
  ≈6088A                   
  ≈6104A                   
  ≈6129A                   
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  ≈6146A                   
  ≈6165A                   
  ≈6180A                   
  ≈6198A                   
   6417 1      F       (12) < 0.14 ps   1256.2 8 
   100

   5160.8
(11)
      7.05E+3 5        H            
   7491.92 8 S B           3-,4-        
  ≈7514  C                 
      7.79E+3 4        H            
   8122.4 17      F       (13) < 0.35 ps   2546.8 15 
   100

   5575.6

      8.69E+3 15        H            

E(level): Levels connected by γ’s are from adopted gammas, using least-squares fit, except as noted. An uncertainty of 10 ppm has been added to account for uncertainty in calibration.

Jπ(level): See separate table. For tentative assignments of high-spin states, see 48Ca(15N,3nγ).

T1/2(level): From ΔS(a) with 48Ca(15N,3nγ), except as noted.

E(γ): From 59Co(n,γ), (pol n,γ), except as noted. For decay of capture states, see 59Co(n,γ) E=thermal and E=24 keV.

I(γ): Relative Iγ from each level, taken From 59Co(n,γ), (pol n,γ), except as noted otherwise.

M(γ): From γ(θ) in 57Fe(α,pγ) and adopted parities, except as noted.

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Additional Gamma Data:















E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Conversion
Coefficient		Additional Data
     58.59 2+ 10.467 m 6 
% IT = 99.75 3
% β- = 0.25 3
    58.603 7 M3+(E4)0.02 LT47.3B(M3)(W.u.)=3.9, α=47.3, α(K)=39.4 6, α(L)=6.86 12, α(M)=0.966 16, α(N)=0.0310 5, α(N+)=0.0310 5
    277.20 4+      277.08 3 (M1+E2) 0.007α=0.007 5, α(K)=0.006 4, α(L)=0.0006 4, α(M)=9.E-5 6, α(N)=3.8E-6 22, α(N+)=3.8E-6 22
    288.40 3+      229.72 4 (M1+E2) 0.014α=0.014 9, α(K)=0.012 8, α(L)=0.0012 8, α(M)=0.00017 12, α(N)=7.E-6 5, α(N+)=7.E-6 5
    435.71 5+      158.46 5 (M1+E2) 0.05α=0.05 4, α(K)=0.05 4, α(L)=0.005 4, α(M)=0.0007 5, α(N)=2.7×10-5 20, α(N+)=2.7E-5 20
5+      435.71 5 (M1+E2) 0.0017α=0.0017 7, α(K)=0.0015 6, α(L)=0.00015 6, α(M)=2.1×10-5 8, α(N)=9.E-7 4, α(N+)=9.E-7 4
    506.20 3+      447.68 9 (M1+E2) 0.0016α=0.0016 6, α(K)=0.0014 6, α(L)=0.00014 6, α(M)=1.9×10-5 8, α(N)=8.E-7 3, α(N+)=8.E-7 3
    542.82 2+      254.23 5 (M1+E2) 0.010α=0.010 6, α(K)=0.009 6, α(L)=0.0009 6, α(M)=0.00012 8, α(N)=5.E-6 3, α(N+)=5.E-6 3
    614.55 3+      555.969 12 (M1+E2) 0.00084α=0.00084 24, α(K)=0.00076 22, α(L)=7.4×10-5 21, α(M)=1.0E-5 3, α(N)=4.5E-7 13, α(N+)=4.5E-7 13
    785.71 4+ < 3.2 ps    497.275 18 (M1+E2) 0.0012α=0.0012 4, α(K)=0.0010 4, α(L)=0.00010 4, α(M)=1.4×10-5 5, α(N)=6.2E-7 20, α(N+)=6.2E-7 20
4+ < 3.2 ps    785.724 10 (M1+E2) 0.00035α=0.00035 6, α(K)=0.00031 5, α(L)=3.0×10-5 5, α(M)=4.2E-6 7, α(N)=1.9E-7 3, α(N+)=1.9E-7 3
   1800.22 (6)- 1.7 ps +14-6    1799.70 22 [E1] 0.000525B(E1)(W.u.)=0.41E-4 24, α=0.000525 8, α(K)=3.11E-5 5, α(L)=2.97E-6 5, α(M)=4.14E-7 6, α(N)=1.86E-8 3, α(N+)=0.000491 7

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
   1216.456+ 0.28 ps +21-14  Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   1379.746+ 0.7 ps 3  Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   15107+   Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   2363.96   E(level): From 59Co(n,γ), (pol n,γ).
   31087+   Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   34697+   Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   3529   E(level): From 62Ni(d,α).
   36747+   E(level): From 62Ni(d,α).
Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   37807+   E(level): From 62Ni(d,α).
Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   40407+   E(level): From 62Ni(d,α).
Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   4156.573-,4-   E(level): From 59Co(n,γ), (pol n,γ).
   43653-,4-   E(level): From 59Co(d,p).
   4485   E(level): From 58Fe(3He,p).
   4507   E(level): May correspond to 4514 keV.
   4523   E(level): May correspond to 4514 keV.
   45507+   Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   4594   E(level): From 59Co(d,p). May correspond to 4601 keV.
   4610   E(level): From 59Co(d,p). May correspond to 4601 keV.
   46983-,4-   E(level): From 59Co(d,p).
   47007+   Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   48007+   Jπ(level): Configuration=62Ni~#(p 1f7/2)-1.
   7491.923-,4-   E(level): Thermal capture state.
   7514   E(level): From (n,γ) E=24 keV.

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Additional Gamma Comments:

E(level)E(gamma)Comments
     58.59     58.603E(γ): From 60Co (10.5 min) IT decay.
M(γ): From 60Co (10.5 min) IT decay.
    785.71    785.724M(γ): From γ(θ) in 59Co(n,γ), (pol n,γ).
   1216.45    779.91E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   1800.22    420.86E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
    584.43E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   1799.70E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   2132.23    332.54E(γ): Deduced from level separation. γ not included in energy fit.. From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
    916.44E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   2823.2    691.0E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   3646.6    823.33E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   3690.5    867.3E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   3841.2   1017.94E(γ): Deduced from level separation. γ not included in energy fit.. From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   4277.0    435.76E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
    630.37E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   4827.5    550.5E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   5160.8    883.79E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   5575.6    748.1E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   6417   1256.2E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).
   8122.4   2546.8E(γ): From 48Ca(15N,3nγ).
I(γ): From 48Ca(15N,3nγ).

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