ADOPTED LEVELS, GAMMAS for 81Y

Author: Coral M. Baglin |  Citation: Nucl. Data Sheets 109, 2257 (2008) |  Cutoff date: 15-Aug-2008 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=-7.32×103 keV 17S(n)= 12636 keV 9S(p)= 2689 keV 7Q(α)= -3306 keV 6
Reference: 2012WA38

References:
  A  58Ni(28Si,αpγ), 28Si(58Ni,αpγ)  B  58Ni(32S,2APG)

General Comments:

Levels: band(w) Kπ=3/2-, α=-1/2 band (1997Sc17). See comment on signature partner band.

Levels: band(z) π 5/2[422] GS, α=-1/2 band (1997Sc17). Probable band assignment.

Q-value: Note: Current evaluation has used the following Q record -7530 18126360 9 2690 9 2003Au03,2006Ka48










E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
       0AB (5/2+) 70.4 s 10 
% ε = 100
     
     113.28 4 AB (3/2-) ≤ 7 ns    113.31 4 
  100
D
       0
(5/2+)
     149.635 19 AB (7/2+) ≤ 7 ns    149.626 19 
  100
(M1)
       0
(5/2+)
     268.56 5 AB (9/2+) ≤ 7 ns    118.89 5 
   268.60 8 
  100.0 15 
   63 13 
(M1+E2)
E2
     149.635
       0
(7/2+)
(5/2+)
     288.63 5 AB (5/2-) ≤ 7 ns    175.38 3 
   288.8 4 
  100 3 
   46.3 20 
(M1)

     113.28
       0
(3/2-)
(5/2+)
     343.46 19  B (1/2-)      230.1 2 
  100

     113.28
(3/2-)
     537.07 9 AB (7/2-) ≤ 7 ns    248.72 11 
   387.5 5 
   423.31 19 
   536.5 5 
  100 5 
   25.4 12 
   44 5 
 
(M1)



     288.63
     149.635
     113.28
       0
(5/2-)
(7/2+)
(3/2-)
(5/2+)
     607.64 21 AB (5/2-)      264.0 3 
   319.4 4 
   494.3 5 
 
  100 8 
   94 8 



     343.46
     288.63
     113.28
(1/2-)
(5/2-)
(3/2-)
     663.6 3  B (5/2-)      375.0 4 
   549.9 5 
 
 


     288.63
     113.28
(5/2-)
(3/2-)
     683.39 11 AB (11/2+) ≤ 7 ns    414.86 12 
   533.7 3 
   95 6 
  100.0 19 
(M1)
E2
     268.56
     149.635
(9/2+)
(7/2+)
     825.59 11 AB (9/2-) ≤ 7 ns    288.9 3 
   537.59 24 
   556.72 24 
   675.55 19 
   59 10 
  100 17 
   31.5 18 
   36.0 18 


Q

     537.07
     288.63
     268.56
     149.635
(7/2-)
(5/2-)
(9/2+)
(7/2+)
     839.14 13 AB (13/2+) 3.0 ps 4     155.77 16 
   570.47 19 
   15.0 7 
  100 4 
(M1)
E2
     683.39
     268.56
(11/2+)
(9/2+)
    1107.42 24 AB (9/2-)      281.8 3 
   499.8 3 
   570.4 7 
 
  100 10 
   25 4 



     825.59
     607.64
     537.07
(9/2-)
(5/2-)
(7/2-)
    1167.44 13 AB (11/2-) ≤ 7 ns    341.84 18 
   483.8 4 
   630.46 18 
   899.1 4 
   37 5 
   15.1 8 
  100 13 
   52.9 25 


E2
(E1)
     825.59
     683.39
     537.07
     268.56
(9/2-)
(11/2+)
(7/2-)
(9/2+)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    1250.1 5  B (9/2-)      585.8 6 
   713.0 7 
 
 


     663.6
     537.07
(5/2-)
(7/2-)
    1482.69 17 AB (15/2+) > 0.7 ps    644.3 5 
   799.5 3 
   42.6 22 
  100 4 
(M1)
[E2]
     839.14
     683.39
(13/2+)
(11/2+)
    1530.42 18 AB (13/2-) ≤ 7 ns    363.2 3 
   704.8 3 
   847.2 4 
   38 11 
  100 13 
   24 4 

(E2)

    1167.44
     825.59
     683.39
(11/2-)
(9/2-)
(11/2+)
    1550.2 8  B (13/2+)      866.2 9 
  100

     683.39
(11/2+)
    1653.36 16 AB (17/2+) 0.66 ps +21-14     170.73 9 
   814.17 13 
    3.6 4 
  100 4 
[M1]
E2
    1482.69
     839.14
(15/2+)
(13/2+)
    1751.6 8  B (17/2+)      911.8 9 
  100

     839.14
(13/2+)
    1782.6 4 AB (13/2-)      675.2 3 
  100

    1107.42
(9/2-)
    1952.17 17 AB (15/2-) ≤ 7 ns    421.8 3 
   784.72 16 
  1112.0 6 
 
  100 13 
   45 4 



    1530.42
    1167.44
     839.14
(13/2-)
(11/2-)
(13/2+)
    1993.6 5  B (13/2-)      742.5 7 
   826.3 8 
 
 


    1250.1
    1167.44
(9/2-)
(11/2-)
    2373.91 24 AB (17/2-) 0.53 ps +43-19     421.4 4 
   720.2 7 
   843.7 3 
   890.1 9 
   13
   <5
  100 12 
   <5


(E2)

    1952.17
    1653.36
    1530.42
    1482.69
(15/2-)
(17/2+)
(13/2-)
(15/2+)
    2415.7 7 AB (17/2+)      864.9 9 
   932.7 9 
 
 


    1550.2
    1482.69
(13/2+)
(15/2+)
    2513.3 7  B (19/2+) 0.28 ps +12-8     859.9 9 
  1030.3 10 
   32
  100

[E2]
    1653.36
    1482.69
(17/2+)
(15/2+)
    2594.5 6 AB (17/2-) > 0.69 ps    811.9 4 
  100
[E2]
    1782.6
(13/2-)
    2686.79 25 AB (21/2+) 0.28 ps +4-3    1033.49 19 
  100
E2
    1653.36
(17/2+)
    2860.8 3 AB (19/2-) 0.44 ps +42-18     486.3 5 
   908.5 3 
  1208.1 5 
    9
  100 12 
   64 5 

[E2]

    2373.91
    1952.17
    1653.36
(17/2-)
(15/2-)
(17/2+)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    2866.3 6  B (17/2-)      872.68 20 
  100

    1993.6
(13/2-)
    2917.4 9  B (21/2+)     1164.7 12 
  1264.5 13 
 
 


    1751.6
    1653.36
(17/2+)
(17/2+)
    3342.8 4 AB (21/2-) 0.26 ps +12-8     481.9 5 
   968.9 4 
   12
  100

[E2]
    2860.8
    2373.91
(19/2-)
(17/2-)
    3360.7 6  B (19/2-)      494.6 5 
  1409.7 14 
  1709.7 17 
 
 
 



    2866.3
    1952.17
    1653.36
(17/2-)
(15/2-)
(17/2+)
    3413.1 9  B (21/2+)      996.2 10 
  1760.5 18 
 
 


    2415.7
    1653.36
(17/2+)
(17/2+)
    3559.6 7 AB (21/2-) 0.20 ps +21-12     965.1 4 
  100
[E2]
    2594.5
(17/2-)
    3739.0 7  B (21/2-)      378.7 4 
   870.9 9 
 
 


    3360.7
    2866.3
(19/2-)
(17/2-)
    3745.9 9  B (23/2+) 0.16 ps +9-7    1059.6 11 
  1232.1 12 
   14
  100

[E2]
    2686.79
    2513.3
(21/2+)
(19/2+)
    3894.6 6 AB (23/2-) 0.44 ps +15-11    1033.9 5 
  100
[E2]
    2860.8
(19/2-)
    3914.0 4 AB (25/2+) 0.15 ps 4    1227.26 20 
  100
E2
    2686.79
(21/2+)
    3992.2 10  B (25/2+)     1074.1 11 
  1306.3 13 
 
 


    2917.4
    2686.79
(21/2+)
(21/2+)
    4183.1 7  B (23/2-) 0.7 ps +62-5     444.1 4 
   821.9 8 
  1322.6 13 
   22
  100
   82

[E2]

    3739.0
    3360.7
    2860.8
(21/2-)
(19/2-)
(19/2-)
    4440.3 5 AB (25/2-) 0.17 ps +12-8    1097.5 3 
  100
[E2]
    3342.8
(21/2-)
    4552.1 11  B (25/2+)     1137.8 11 
  1865.5 19 
 
 


    3413.1
    2686.79
(21/2+)
(21/2+)
    4701.3 12  B (25/2-)      962.3 10 
  100

    3739.0
(21/2-)
    4716.5 14  B (25/2-) 0.82 ps +66-22    1156.9 12 
  100
[E2]
    3559.6
(21/2-)
    5032.1 15  B (27/2+)     1286.0 13 
  100

    3745.9
(23/2+)
    5090.0 7 AB (27/2-) 0.10 ps +10-8    1195.4 4 
  100
[E2]
    3894.6
(23/2-)
    5138.1 15  B (27/2+) 0.25 ps +10-8    1392.3 14 
  100
[E2]
    3745.9
(23/2+)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    5213.0 11  B (27/2-) 0.30 ps 12    1029.9 10 
 
[E2]
    4183.1
(23/2-)
    5271.0 5 AB (29/2+) 0.062 ps 28    1357.0 4 
  100
E2
    3914.0
(25/2+)
    5499.8 13  B (29/2+)     1585.1 16 
  100

    3914.0
(25/2+)
    5664.4 9 AB (29/2-) 0.12 ps +6-5    1223.9 7 
  100
[E2]
    4440.3
(25/2-)
    5744.6 11  B (29/2-) 0.18 ps +12-10    1305.1 13 
  100
[E2]
    4440.3
(25/2-)
    5753.3 16  B (29/2-)     1052.0 11 
  100

    4701.3
(25/2-)
    5836.5 12  B (29/2+)     1282.8 13 
  1925.1 19 
 
 


    4552.1
    3914.0
(25/2+)
(25/2+)
    6046.1 19  B (29/2-)     1329.5 13 
  100

    4716.5
(25/2-)
    6386.7 12  B (31/2-) 0.37 ps +22-14    1173.6 12 
  1296.7 13 
  100
   67
[E2]
[E2]
    5213.0
    5090.0
(27/2-)
(27/2-)
    6470.0 16  B (31/2-) 0.35 ps +17-12    1379.9 14 
  100
[E2]
    5090.0
(27/2-)
    6509.2 17  B (31/2+)     1371.3 14 
  1476.8 15 
 
 


    5138.1
    5032.1
(27/2+)
(27/2+)
    6629.3 12  B (33/2+) 0.083 ps 21    1129.2 11 
  1359.0 14 
    1.0
  100

[E2]
    5499.8
    5271.0
(29/2+)
(29/2+)
    6672.8 22  B (31/2+)     1534.7 15 
  100

    5138.1
(27/2+)
    6893.1 20  B (33/2-)     1139.8 11 
  100

    5753.3
(29/2-)
    6911.7 12  B (33/2-) 0.14 ps +14-11    1167.0 12 
  1247.4 12 
   43
  100

[E2]
    5744.6
    5664.4
(29/2-)
(29/2-)
    6951.1 16  B (33/2+)     1679.9 17 
  100

    5271.0
(29/2+)
    7090.4 13  B (33/2-) 0.05 ps +5-4    1346.7 13 
  1424.9 14 
   20
  100

[E2]
    5744.6
    5664.4
(29/2-)
(29/2-)
    7315.3 15  B (33/2+)     1478.4 15 
  2045.1 20 
 
 


    5836.5
    5271.0
(29/2+)
(29/2+)
    7511.7 25  B (33/2-)     1465.6 15 
  100

    6046.1
(29/2-)
    7710.8 18  B (35/2-)     1324.1 13 
  100

    6386.7
(31/2-)
    7864.5 21  B (35/2-)     1394.5 14 
  100

    6470.0
(31/2-)
    7892.4 21  B (35/2-)     1422.4 14 
  100

    6470.0
(31/2-)
    7928.7 22  B (35/2-)     1458.7 15 
  100

    6470.0
(31/2-)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    7947.8 22  B (35/2+)     1438.6 14 
  100

    6509.2
(31/2+)
    8079.7 19  B (37/2+) 0.08 ps +5-4    1450.4 15 
  100
[E2]
    6629.3
(33/2+)
    8097.0 23  B (35/2-)     1627.0 16 
  100

    6470.0
(31/2-)
    8160 3  B (35/2+)     1487.4 15 
  100

    6672.8
(31/2+)
    8276.1 19  B (37/2-) 0.10 ps +15-8    1364.4 14 
  100
[E2]
    6911.7
(33/2-)
    8504.8 17  B (37/2+)     1553.5 16 
  1875.8 19 
 
 


    6951.1
    6629.3
(33/2+)
(33/2+)
    8519.9 19  B (37/2-) 0.22 ps 7    1429.5 14 
  100
[E2]
    7090.4
(33/2-)
    8584.0 20  B (37/2-)     1493.6 15 
  100

    7090.4
(33/2-)
    8917.9 22  B (37/2+)     1602.5 16 
  100

    7315.3
(33/2+)
    9167.7 23  B (39/2-)     1456.9 15 
  100

    7710.8
(35/2-)
    9323 3  B (39/2+)     1374.8 14 
  100

    7947.8
(35/2+)
    9594.3 24  B (41/2+) 0.028 ps +55-21    1514.6 15 
  100
[E2]
    8079.7
(37/2+)
    9808.0 24  B (41/2-) 0.021 ps +55-14    1531.9 15 
  100
[E2]
    8276.1
(37/2-)
    9818 3  B (39/2+)     1738.2 17 
  100

    8079.7
(37/2+)
    9981 3  B (41/2+)     1901.6 19 
  100

    8079.7
(37/2+)
   10063.5 25  B (41/2-)     1479.5 15 
  100

    8584.0
(37/2-)
   10193 3  B (41/2-)     1673.3 17 
  100

    8519.9
(37/2-)
   10777 3  B (43/2-)     1609.5 16 
  100

    9167.7
(39/2-)
   10884 3  B (43/2+)     1561.2 16 
  100

    9323
(39/2+)
   11234 3  B (45/2+) 0.05 ps +10-4    1639.6 16 
  100
[E2]
    9594.3
(41/2+)
   11520 3  B (45/2-) 0.11 ps +10-6    1712.4 17 
  100
[E2]
    9808.0
(41/2-)
   11545 4  B (45/2+)     1950.9 20 
  100

    9594.3
(41/2+)
   11617 3  B (45/2-)     1553.1 16 
  100

   10063.5
(41/2-)
   12014 4  B (45/2-)     1820.7 18 
  100

   10193
(41/2-)
   12570 4  B (47/2-)     1792.9 18 
  100

   10777
(43/2-)
   12579 4  B (47/2+)     1695.3 17 
  100

   10884
(43/2+)
   13088 4  B (49/2+) 0.12 ps +22-8    1854.0 19 
  100
[E2]
   11234
(45/2+)
   13282 4  B (49/2+)     2048.1 20 
  100

   11234
(45/2+)
   13423 4  B (49/2-)     1902.5 19 
  100

   11520
(45/2-)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   14099 4  B (49/2-)     2085.4 21 
  100

   12014
(45/2-)
   14483 4  B (51/2+)     1904.1 19 
  100

   12579
(47/2+)
   14806 4 ? B (51/2-)     2235.5 22 ?
  100

   12570
(47/2-)
   15248 5  B (53/2+)     2160.2 22 
  100

   13088
(49/2+)
   15523 4 ? B (53/2-)     2100.2 21 ?
  100

   13423
(49/2-)
   15572 4 ? B (53/2-)     2149.2 21 ?
  100

   13423
(49/2-)
   16440 5 ? B (53/2-)     2340.9 23 ?
  100

   14099
(49/2-)
   16785 5 ? B (55/2+)     2301.8 23 ?
  100

   14483
(51/2+)
   17670 5 ? B (57/2+)     2421.3 24 ?
  100

   15248
(53/2+)
     0+X B        
    1225.0+X 12  B     1225.0 12 
  100

     0+X

    2659.6+X 19  B     1434.6 14 
  100

    1225.0+X

    4261.5+X 25  B     1601.9 16 
  100

    2659.6+X

  6034+X 3  B     1772.3 18 
  100

    4261.5+X

  8004+X 4  B     1969.9 20 
  100

  6034+X

E(level): From least-squares fit to Eγ, except as noted.

Jπ(level): Based on γ(θ) and/or DCO ratio data from 58Ni(28Si,αpγ), and on intensities and deduced band structure from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ), except as noted.

T1/2(level): From DSAM in 58Ni(32S,2αpγ), corrected for side-feeding, except as noted.

E(γ): From 58Ni(32S,2αpγ), except as noted.

I(γ): From 58Ni(28Si,αpγ); based on Iγ of 1994Jo12, except as noted.

M(γ): From measured DCO ratios and/or γ(θ) in 58Ni(28Si,αpγ), except as noted; assigning Δπ=(no) to intraband transitions.

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Band Transitions:

E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 1 - π=(+) band (1997Sc17).
     0+X        
    1225.0+X 12      1225.0 12 
  100

     0+X

    2659.6+X 19      1434.6 14 
  100

    1225.0+X

    4261.5+X 25      1601.9 16 
  100

    2659.6+X

  6034+X 3      1772.3 18 
  100

    4261.5+X

  8004+X 4      1969.9 20 
  100

  6034+X

E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 2 - π=+, α=-1/2 band (1997Sc17).
    5032.1 15  (27/2+)        
    6509.2 17  (31/2+)     1371.3 14 
  1476.8 15 
 
 


    5138.1
    5032.1
(27/2+)
(27/2+)
    7947.8 22  (35/2+)     1438.6 14 
  100

    6509.2
(31/2+)
    9323 3  (39/2+)     1374.8 14 
  100

    7947.8
(35/2+)
   10884 3  (43/2+)     1561.2 16 
  100

    9323
(39/2+)
   12579 4  (47/2+)     1695.3 17 
  100

   10884
(43/2+)
   14483 4  (51/2+)     1904.1 19 
  100

   12579
(47/2+)
   16785 5  (55/2+)     2301.8 23 ?
  100

   14483
(51/2+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 3 - possible π=-, α=+1/2 band FRAGMENT (1997Sc17).
    8584.0 20  (37/2-)        
   10063.5 25  (41/2-)     1479.5 15 
  100

    8584.0
(37/2-)
   11617 3  (45/2-)     1553.1 16 
  100

   10063.5
(41/2-)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 4 - π=+, α=+1/2 band (1997Sc17).
    1550.2 8  (13/2+)        
    2415.7 7  (17/2+)      864.9 9 
   932.7 9 
 
 


    1550.2
    1482.69
(13/2+)
(15/2+)
    3413.1 9  (21/2+)      996.2 10 
  1760.5 18 
 
 


    2415.7
    1653.36
(17/2+)
(17/2+)
    4552.1 11  (25/2+)     1137.8 11 
  1865.5 19 
 
 


    3413.1
    2686.79
(21/2+)
(21/2+)
    5836.5 12  (29/2+)     1282.8 13 
  1925.1 19 
 
 


    4552.1
    3914.0
(25/2+)
(25/2+)
    7315.3 15  (33/2+)     1478.4 15 
  2045.1 20 
 
 


    5836.5
    5271.0
(29/2+)
(29/2+)
    8917.9 22  (37/2+)     1602.5 16 
  100

    7315.3
(33/2+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 5 - π=-, α=+1/2 band (1997Sc17).
    5744.6 11  (29/2-) 0.18 ps +12-10       
    7090.4 13  (33/2-) 0.05 ps +5-4    1346.7 13 
  1424.9 14 
   20
  100

[E2]
    5744.6
    5664.4
(29/2-)
(29/2-)
    8519.9 19  (37/2-) 0.22 ps 7    1429.5 14 
  100
[E2]
    7090.4
(33/2-)
   10193 3  (41/2-)     1673.3 17 
  100

    8519.9
(37/2-)
   12014 4  (45/2-)     1820.7 18 
  100

   10193
(41/2-)
   14099 4  (49/2-)     2085.4 21 
  100

   12014
(45/2-)
   16440 5  (53/2-)     2340.9 23 ?
  100

   14099
(49/2-)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 6 - π=-, α=-1/2 band (1997Sc17).
    3360.7 6  (19/2-)        
    4183.1 7  (23/2-) 0.7 ps +62-5     444.1 4 
   821.9 8 
  1322.6 13 
   22
  100
   82

[E2]

    3739.0
    3360.7
    2860.8
(21/2-)
(19/2-)
(19/2-)
    5213.0 11  (27/2-) 0.30 ps 12    1029.9 10 
 
[E2]
    4183.1
(23/2-)
    6386.7 12  (31/2-) 0.37 ps +22-14    1173.6 12 
  1296.7 13 
  100
   67
[E2]
[E2]
    5213.0
    5090.0
(27/2-)
(27/2-)
    7710.8 18  (35/2-)     1324.1 13 
  100

    6386.7
(31/2-)
    9167.7 23  (39/2-)     1456.9 15 
  100

    7710.8
(35/2-)
   10777 3  (43/2-)     1609.5 16 
  100

    9167.7
(39/2-)
   12570 4  (47/2-)     1792.9 18 
  100

   10777
(43/2-)
   14806 4  (51/2-)     2235.5 22 ?
  100

   12570
(47/2-)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 7 - π 5/2[303], α=+1/2 band (1997Sc17).
     663.6 3  (5/2-)        
    1250.1 5  (9/2-)      585.8 6 
   713.0 7 
 
 


     663.6
     537.07
(5/2-)
(7/2-)
    1993.6 5  (13/2-)      742.5 7 
   826.3 8 
 
 


    1250.1
    1167.44
(9/2-)
(11/2-)
    2866.3 6  (17/2-)      872.68 20 
  100

    1993.6
(13/2-)
    3739.0 7  (21/2-)      378.7 4 
   870.9 9 
 
 


    3360.7
    2866.3
(19/2-)
(17/2-)
    4701.3 12  (25/2-)      962.3 10 
  100

    3739.0
(21/2-)
    5753.3 16  (29/2-)     1052.0 11 
  100

    4701.3
(25/2-)
    6893.1 20  (33/2-)     1139.8 11 
  100

    5753.3
(29/2-)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 8 - π 1/2[301], α=+1/2 band (1997Sc17).
     343.46 19  (1/2-)        
     607.64 21  (5/2-)      264.0 3 
   319.4 4 
   494.3 5 
 
  100 8 
   94 8 



     343.46
     288.63
     113.28
(1/2-)
(5/2-)
(3/2-)
    1107.42 24  (9/2-)      281.8 3 
   499.8 3 
   570.4 7 
 
  100 10 
   25 4 



     825.59
     607.64
     537.07
(9/2-)
(5/2-)
(7/2-)
    1782.6 4  (13/2-)      675.2 3 
  100

    1107.42
(9/2-)
    2594.5 6  (17/2-) > 0.69 ps    811.9 4 
  100
[E2]
    1782.6
(13/2-)
    3559.6 7  (21/2-) 0.20 ps +21-12     965.1 4 
  100
[E2]
    2594.5
(17/2-)
    4716.5 14  (25/2-) 0.82 ps +66-22    1156.9 12 
  100
[E2]
    3559.6
(21/2-)
    6046.1 19  (29/2-)     1329.5 13 
  100

    4716.5
(25/2-)
    7511.7 25  (33/2-)     1465.6 15 
  100

    6046.1
(29/2-)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 9 - Kπ=3/2-, α=+1/2 band (1997Sc17).
     288.63 5  (5/2-) ≤ 7 ns      
     825.59 11  (9/2-) ≤ 7 ns    288.9 3 
   537.59 24 
   556.72 24 
   675.55 19 
   59 10 
  100 17 
   31.5 18 
   36.0 18 


Q

     537.07
     288.63
     268.56
     149.635
(7/2-)
(5/2-)
(9/2+)
(7/2+)
    1530.42 18  (13/2-) ≤ 7 ns    363.2 3 
   704.8 3 
   847.2 4 
   38 11 
  100 13 
   24 4 

(E2)

    1167.44
     825.59
     683.39
(11/2-)
(9/2-)
(11/2+)
    2373.91 24  (17/2-) 0.53 ps +43-19     421.4 4 
   720.2 7 
   843.7 3 
   890.1 9 
   13
   <5
  100 12 
   <5


(E2)

    1952.17
    1653.36
    1530.42
    1482.69
(15/2-)
(17/2+)
(13/2-)
(15/2+)
    3342.8 4  (21/2-) 0.26 ps +12-8     481.9 5 
   968.9 4 
   12
  100

[E2]
    2860.8
    2373.91
(19/2-)
(17/2-)
    4440.3 5  (25/2-) 0.17 ps +12-8    1097.5 3 
  100
[E2]
    3342.8
(21/2-)
    5664.4 9  (29/2-) 0.12 ps +6-5    1223.9 7 
  100
[E2]
    4440.3
(25/2-)
    6911.7 12  (33/2-) 0.14 ps +14-11    1167.0 12 
  1247.4 12 
   43
  100

[E2]
    5744.6
    5664.4
(29/2-)
(29/2-)
    8276.1 19  (37/2-) 0.10 ps +15-8    1364.4 14 
  100
[E2]
    6911.7
(33/2-)
    9808.0 24  (41/2-) 0.021 ps +55-14    1531.9 15 
  100
[E2]
    8276.1
(37/2-)
   11520 3  (45/2-) 0.11 ps +10-6    1712.4 17 
  100
[E2]
    9808.0
(41/2-)
   13423 4  (49/2-)     1902.5 19 
  100

   11520
(45/2-)
   15523 4  (53/2-)     2100.2 21 ?
  100

   13423
(49/2-)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 10 - π 5/2[422] GS, α=+1/2 band (1997Sc17).
       0 (5/2+) 70.4 s 10 
% ε = 100
     
     268.56 5  (9/2+) ≤ 7 ns    118.89 5 
   268.60 8 
  100.0 15 
   63 13 
(M1+E2)
E2
     149.635
       0
(7/2+)
(5/2+)
     839.14 13  (13/2+) 3.0 ps 4     155.77 16 
   570.47 19 
   15.0 7 
  100 4 
(M1)
E2
     683.39
     268.56
(11/2+)
(9/2+)
    1653.36 16  (17/2+) 0.66 ps +21-14     170.73 9 
   814.17 13 
    3.6 4 
  100 4 
[M1]
E2
    1482.69
     839.14
(15/2+)
(13/2+)
    2686.79 25  (21/2+) 0.28 ps +4-3    1033.49 19 
  100
E2
    1653.36
(17/2+)
    3914.0 4  (25/2+) 0.15 ps 4    1227.26 20 
  100
E2
    2686.79
(21/2+)
    5271.0 5  (29/2+) 0.062 ps 28    1357.0 4 
  100
E2
    3914.0
(25/2+)
    6629.3 12  (33/2+) 0.083 ps 21    1129.2 11 
  1359.0 14 
    1.0
  100

[E2]
    5499.8
    5271.0
(29/2+)
(29/2+)
    8079.7 19  (37/2+) 0.08 ps +5-4    1450.4 15 
  100
[E2]
    6629.3
(33/2+)
    9594.3 24  (41/2+) 0.028 ps +55-21    1514.6 15 
  100
[E2]
    8079.7
(37/2+)
   11234 3  (45/2+) 0.05 ps +10-4    1639.6 16 
  100
[E2]
    9594.3
(41/2+)
   13088 4  (49/2+) 0.12 ps +22-8    1854.0 19 
  100
[E2]
   11234
(45/2+)
   15248 5  (53/2+)     2160.2 22 
  100

   13088
(49/2+)
   17670 5  (57/2+)     2421.3 24 ?
  100

   15248
(53/2+)

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Additional Gamma Data:













E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityConversion
Coefficient		Additional Data
     149.635 (7/2+) ≤ 7 ns    149.626 19 (M1)0.0605B(M1)(W.u.)>0.00088, α=0.0605
     268.56 (9/2+) ≤ 7 ns    118.89 5 (M1+E2)0.34α=0.34 23
(9/2+) ≤ 7 ns    268.60 8 E20.0300B(E2)(W.u.)>0.88, α=0.0300
     288.63 (5/2-) ≤ 7 ns    175.38 3 (M1)0.0396B(M1)(W.u.)>0.00039, α=0.0396
     537.07 (7/2-) ≤ 7 ns    248.72 11 (M1)0.01601B(M1)(W.u.)>2.1×10-58, α=0.01601
     683.39 (11/2+) ≤ 7 ns    414.86 12 (M1)0.00451α=0.00451
(11/2+) ≤ 7 ns    533.7 3 E20.00323B(E2)(W.u.)>0.046, α=0.00323
     839.14 (13/2+) 3.0 ps 4     155.77 16 (M1)0.0543B(M1)(W.u.)=0.25 4, α=0.0543
(13/2+) 3.0 ps 4     570.47 19 E20.00266B(E2)(W.u.)=129 19, α=0.00266
    1167.44 (11/2-) ≤ 7 ns    630.46 18 E20.00201B(E2)(W.u.)>0.019, α=0.00201
(11/2-) ≤ 7 ns    899.1 4 (E1)3.30×10-4B(E1)(W.u.)>1.8E-8, α=3.30E-4
    1482.69 (15/2+) > 0.7 ps    644.3 5 (M1)1.61×10-3B(M1)(W.u.)<0.035, α=1.61×10-3
(15/2+) > 0.7 ps    799.5 3 [E2]1.07×10-3B(E2)(W.u.)<83, α=1.07E-3
    1530.42 (13/2-) ≤ 7 ns    704.8 3 (E2)1.48×10-3B(E2)(W.u.)>0.014, α=1.48E-3
    1653.36 (17/2+) 0.66 ps +21-14     170.73 9 [M1]0.0426B(M1)(W.u.)=0.23 +6-8, α=0.0426
(17/2+) 0.66 ps +21-14     814.17 13 E21.02×10-3B(E2)(W.u.)=111 +25-36, α=1.02E-3
    2373.91 (17/2-) 0.53 ps +43-19     843.7 3 (E2)9.37×10-4B(E2)(W.u.)>100 +40-90, α=9.37E-4
    2513.3 (19/2+) 0.28 ps +12-8    1030.3 10 [E2]5.82×10-4B(E2)(W.u.)=63 +18-28, α=5.82E-4
    2594.5 (17/2-) > 0.69 ps    811.9 4 [E2]1.03×10-3B(E2)(W.u.)<1.1×102, α=1.03E-3
    2686.79 (21/2+) 0.28 ps +4-3    1033.49 19 E25.78×10-4B(E2)(W.u.)=82 +9-12, α=5.78E-4
    2860.8 (19/2-) 0.44 ps +42-18     908.5 3 [E2]7.82×10-4B(E2)(W.u.)=58 +25-56, α=7.82E-4
    3342.8 (21/2-) 0.26 ps +12-8     968.9 4 [E2]6.71×10-4B(E2)(W.u.)=1.1×102 +4-5, α=6.71E-4
    3559.6 (21/2-) 0.20 ps +21-12     965.1 4 [E2]6.78×10-4B(E2)(W.u.)=1.6×102 +10-16, α=6.78E-4
    3745.9 (23/2+) 0.16 ps +9-7    1232.1 12 [E2]4.05×10-4B(E2)(W.u.)=52 +23-30, α=4.05E-4
    3894.6 (23/2-) 0.44 ps +15-11    1033.9 5 [E2]5.78×10-4B(E2)(W.u.)=52 +13-18, α=5.78E-4
E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityConversion
Coefficient		Additional Data
    3914.0 (25/2+) 0.15 ps 4    1227.26 20 E24.08×10-4B(E2)(W.u.)=65 18, α=4.08E-4
    4183.1 (23/2-) 0.7 ps +62-5     821.9 8 [E2]9.99×10-4B(E2)(W.u.)=6.×101 +4-6, α=9.99E-4
    4440.3 (25/2-) 0.17 ps +12-8    1097.5 3 [E2]5.05×10-4B(E2)(W.u.)=1.0×102 +5-7, α=5.05E-4
    4716.5 (25/2-) 0.82 ps +66-22    1156.9 12 [E2]4.53×10-4B(E2)(W.u.)=16 +5-13, α=4.53E-4
    5090.0 (27/2-) 0.10 ps +10-8    1195.4 4 [E2]4.26×10-4B(E2)(W.u.)=1.1×102 +9-11, α=4.26E-4
    5138.1 (27/2+) 0.25 ps +10-8    1392.3 14 [E2]3.53×10-4B(E2)(W.u.)=21 +7-9, α=3.53E-4
    5213.0 (27/2-) 0.30 ps 12    1029.9 10 [E2]5.83×10-4B(E2)(W.u.)=8.×101 4, α=5.83E-4
    5271.0 (29/2+) 0.062 ps 28    1357.0 4 E23.61×10-4B(E2)(W.u.)=1.0×102 5, α=3.61E-4
    5664.4 (29/2-) 0.12 ps +6-5    1223.9 7 [E2]4.10×10-4B(E2)(W.u.)=8.×101 +4-5, α=4.10E-4
    5744.6 (29/2-) 0.18 ps +12-10    1305.1 13 [E2]3.75×10-4B(E2)(W.u.)=40 +23-27, α=3.75E-4
    6386.7 (31/2-) 0.37 ps +22-14    1173.6 12 [E2]4.40×10-4B(E2)(W.u.)=20 +8-12, α=4.40E-4
(31/2-) 0.37 ps +22-14    1296.7 13 [E2]3.78×10-4B(E2)(W.u.)=8 +3-5, α=3.78E-4
    6470.0 (31/2-) 0.35 ps +17-12    1379.9 14 [E2]3.56×10-4B(E2)(W.u.)=16 +6-8, α=3.56E-4
    6629.3 (33/2+) 0.083 ps 21    1359.0 14 [E2]3.60×10-4B(E2)(W.u.)=70 18, α=3.60E-4
    6911.7 (33/2-) 0.14 ps +14-11    1247.4 12 [E2]3.98×10-4B(E2)(W.u.)=4.×101 4, α=3.98E-4
    7090.4 (33/2-) 0.05 ps +5-4    1424.9 14 [E2]3.48×10-4B(E2)(W.u.)=8.×101 +7-8, α=3.48E-4
    8079.7 (37/2+) 0.08 ps +5-4    1450.4 15 [E2]3.46×10-4B(E2)(W.u.)=5.×101 +3-4, α=3.46E-4
    8276.1 (37/2-) 0.10 ps +15-8    1364.4 14 [E2]3.59×10-4B(E2)(W.u.)=6.×101 +5-6, α=3.59E-4
    8519.9 (37/2-) 0.22 ps 7    1429.5 14 [E2]3.48×10-4B(E2)(W.u.)=21 7, α=3.48E-4
    9594.3 (41/2+) 0.028 ps +55-21    1514.6 15 [E2]3.46×10-4B(E2)(W.u.)=1.2×102 +10-12, α=3.46E-4
    9808.0 (41/2-) 0.021 ps +55-14    1531.9 15 [E2]3.47×10-4B(E2)(W.u.)=1.5×102 +11-15, α=3.47E-4
   11234 (45/2+) 0.05 ps +10-4    1639.6 16 [E2]3.61×10-4B(E2)(W.u.)=5.×101 +4-5, α=3.61E-4
   11520 (45/2-) 0.11 ps +10-6    1712.4 17 [E2]3.75×10-4B(E2)(W.u.)=17 +10-16, α=3.75E-4
   13088 (49/2+) 0.12 ps +22-8    1854.0 19 [E2]4.11×10-4B(E2)(W.u.)=10 +7-10, α=4.11E-4

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
       0(5/2+) 70.4 s 10 
% ε = 100
E(level): π 5/2[422] GS, α=+1/2 band (1997Sc17).
Jπ(level): The strongest ε+β+ decay branches to excited states of 81Sr populate a (5/2+) level, a (7/2+) level, and the (5/2)- & (7/2+) pair of levels at 79 & 89 keV; transitions to the former two levels are allowed, assuming negligible feeding of the 1/2- 81Sr g.s. Assuming it is not the (5/2)- 79 level which is strongly fed, 1985Li12 assign 5/2+ to the 81Y parent, presuming observed population of 1/2+ and 3/2- levels to be indirect, and ascribing the weaker feeding of 221-keV (3/2+) and 336-keV (5/2+) levels to inhibition arising from the ΔK=2 selection rule. By contrast, 1982De36 argue that, from level systematics for Z=39 and even n, the g.s. and first excited state spins should be 1/2- and 9/2+. Since the latter would be excluded by log ft=5.05 3 to (1/2-) (based on their very different decay normalization), they favor a Jπ=1/2- parent; 9/2+ is also unlikely since no ε branch is observed to the (9/2+) 132 level. However, 1/2- would be tenable only if 81Sr Jπ assignments from (HI,xnγ) were incorrect. The evaluator adopts (5/2+) from 1985Li12, consistent with energy systematics for 5/2+ states in 85Y and 87Y. Probable 5/2[422] bandhead (1988Mo17).
     113.28(3/2-) ≤ 7 ns Jπ(level): d γ to (5/2+); π=- consistent with very small signature splitting (1985Li12); Kπ=3/2- favored by analogy with 75Kr (n=39) and 83Y (Z=39). However, K=5/2 has been suggested, based on level energy systematics within the band as a function of K (1985Li12).
T1/2(level): T1/2|<7 ns from γγ(t) and particle-γ(t) data in (28Si,αpγ).
     149.635(7/2+) ≤ 7 ns T1/2(level): T1/2|<7 ns from γγ(t) and particle-γ(t) data in (28Si,αpγ).
     268.56(9/2+) ≤ 7 ns E(level): π 5/2[422] GS, α=+1/2 band (1997Sc17).
T1/2(level): T1/2|<7 ns from γγ(t) and particle-γ(t) data in (28Si,αpγ).
     288.63(5/2-) ≤ 7 ns E(level): Kπ=3/2-, α=+1/2 band (1997Sc17).
T1/2(level): T1/2|<7 ns from γγ(t) and particle-γ(t) data in (28Si,αpγ).
     343.46(1/2-)   E(level): π 1/2[301], α=+1/2 band (1997Sc17).
     537.07(7/2-) ≤ 7 ns T1/2(level): T1/2|<7 ns from γγ(t) and particle-γ(t) data in (28Si,αpγ).
     607.64(5/2-)   E(level): π 1/2[301], α=+1/2 band (1997Sc17).
     663.6(5/2-)   E(level): π 5/2[303], α=+1/2 band (1997Sc17).
     683.39(11/2+) ≤ 7 ns T1/2(level): T1/2|<7 ns from γγ(t) and particle-γ(t) data in (28Si,αpγ).
     825.59(9/2-) ≤ 7 ns E(level): Kπ=3/2-, α=+1/2 band (1997Sc17).
T1/2(level): T1/2|<7 ns from γγ(t) and particle-γ(t) data in (28Si,αpγ).
     839.14(13/2+) 3.0 ps 4  Q(transition)=3.59 +28-23 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=3.59 +28-23 (2002Ka61) from (32S,2αpγ). π 5/2[422] GS, α=+1/2 band (1997Sc17).
    1107.42(9/2-)   E(level): π 1/2[301], α=+1/2 band (1997Sc17).
    1167.44(11/2-) ≤ 7 ns T1/2(level): T1/2|<7 ns from γγ(t) and particle-γ(t) data in (28Si,αpγ).
    1250.1(9/2-)   E(level): π 5/2[303], α=+1/2 band (1997Sc17).
    1482.69(15/2+) > 0.7 ps Q(transition)<2.5 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)<2.5 (2002Ka61) from (32S,2αpγ).
    1530.42(13/2-) ≤ 7 ns E(level): Kπ=3/2-, α=+1/2 band (1997Sc17).
T1/2(level): T1/2|<7 ns from γγ(t) and particle-γ(t) data in (28Si,αpγ).
    1550.2(13/2+)   E(level): π=+, α=+1/2 band (1997Sc17).
    1653.36(17/2+) 0.66 ps +21-14  Q(transition)=2.9 5 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.9 5 (2002Ka61) from (32S,2αpγ). π 5/2[422] GS, α=+1/2 band (1997Sc17).
    1751.6(17/2+)   E(level): Member of a π=(+) sequence of states which feed members of 5/2[422], α=+1/2 band. No extended band structure(s) connected with transitions from these levels could be established (1997Sc17).
    1782.6(13/2-)   E(level): π 1/2[301], α=+1/2 band (1997Sc17).
    1952.17(15/2-) ≤ 7 ns T1/2(level): T1/2|<7 ns from γγ(t) and particle-γ(t) data in (28Si,αpγ).
    1993.6(13/2-)   E(level): π 5/2[303], α=+1/2 band (1997Sc17).
    2373.91(17/2-) 0.53 ps +43-19  Q(transition)=2.6 7 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.6 7 (2002Ka61) from (32S,2αpγ). Kπ=3/2-, α=+1/2 band (1997Sc17).
    2415.7(17/2+)   E(level): π=+, α=+1/2 band (1997Sc17).
E(level)Jπ(level)T1/2(level)Comments
    2513.3(19/2+) 0.28 ps +12-8  Q(transition)=2.2 4 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.2 4 (2002Ka61) from (32S,2αpγ).
    2594.5(17/2-) > 0.69 ps Q(transition)<2.7 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)<2.7 (2002Ka61) from (32S,2αpγ). π 1/2[301], α=+1/2 band (1997Sc17).
    2686.79(21/2+) 0.28 ps +4-3  Q(transition)=2.52 +23-21 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.52 +23-21 (2002Ka61) from (32S,2αpγ). π 5/2[422] GS, α=+1/2 band (1997Sc17).
    2860.8(19/2-) 0.44 ps +42-18  Q(transition)=2.2 +7-6 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.2 +7-6 (2002Ka61) from (32S,2αpγ).
    2866.3(17/2-)   E(level): π 5/2[303], α=+1/2 band (1997Sc17).
    2917.4(21/2+)   E(level): Member of a π=(+) sequence of states which feed members of 5/2[422], α=+1/2 band. No extended band structure(s) connected with transitions from these levels could be established (1997Sc17).
    3342.8(21/2-) 0.26 ps +12-8  Q(transition)=2.6 +5-4 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.6 +5-4 (2002Ka61) from (32S,2αpγ). Kπ=3/2-, α=+1/2 band (1997Sc17).
    3360.7(19/2-)   E(level): π=-, α=-1/2 band (1997Sc17).
    3413.1(21/2+)   E(level): π=+, α=+1/2 band (1997Sc17).
    3559.6(21/2-) 0.20 ps +21-12  Q(transition)=3.2 +18-10 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=3.2 +18-10 (2002Ka61) from (32S,2αpγ). π 1/2[301], α=+1/2 band (1997Sc17).
    3739.0(21/2-)   E(level): π 5/2[303], α=+1/2 band (1997Sc17).
    3894.6(23/2-) 0.44 ps +15-11  Q(transition)=1.81 +28-24 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=1.81 +28-24 (2002Ka61) from (32S,2αpγ).
    3914.0(25/2+) 0.15 ps 4  Q(transition)=2.06 +36-23 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.06 +36-23 (2002Ka61) from (32S,2αpγ). π 5/2[422] GS, α=+1/2 band (1997Sc17).
    3992.2(25/2+)   E(level): Member of a π=(+) sequence of states which feed members of 5/2[422], α=+1/2 band. No extended band structure(s) connected with transitions from these levels could be established (1997Sc17).
    4183.1(23/2-) 0.7 ps +62-5  Q(transition)=0.7 +6-5 from 1323γ, 2.4 +24-17 from 822γ (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=0.7 +6-5 from 1323γ, 2.4 +24-17 from 822γ (2002Ka61) from (32S,2αpγ). π=-, α=-1/2 band (1997Sc17).
    4440.3(25/2-) 0.17 ps +12-8  Q(transition)=2.5 +9-6 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.5 +9-6 (2002Ka61) from (32S,2αpγ). Kπ=3/2-, α=+1/2 band (1997Sc17).
    4552.1(25/2+)   E(level): π=+, α=+1/2 band (1997Sc17).
    4701.3(25/2-)   E(level): π 5/2[303], α=+1/2 band (1997Sc17).
    4716.5(25/2-) 0.82 ps +66-22  Q(transition)>1.0 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)>1.0 (2002Ka61) from (32S,2αpγ). π 1/2[301], α=+1/2 band (1997Sc17).
T1/2(level): Effective half-life from DSAM in 58Ni(32S,2αpγ); uncorrected for side-feeding.
    5032.1(27/2+)   E(level): π=+, α=-1/2 band (1997Sc17).
    5090.0(27/2-) 0.10 ps +10-8  Q(transition)=2.6 +24-8 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.6 +24-8 (2002Ka61) from (32S,2αpγ).
    5138.1(27/2+) 0.25 ps +10-8  Q(transition)>1.2 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)>1.2 (2002Ka61) from (32S,2αpγ).
T1/2(level): Effective half-life from DSAM in 58Ni(32S,2αpγ); uncorrected for side-feeding.
    5213.0(27/2-) 0.30 ps 12  Q(transition)=2.7 +8-4 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.7 +8-4 (2002Ka61) from (32S,2αpγ). π=-, α=-1/2 band (1997Sc17).
    5271.0(29/2+) 0.062 ps 28  Q(transition)=2.5 +8-4 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.5 +8-4 (2002Ka61) from (32S,2αpγ). π 5/2[422] GS, α=+1/2 band (1997Sc17).
    5499.8(29/2+)   E(level): Member of a π=(+) sequence of states which feed members of 5/2[422], α=+1/2 band. No extended band structure(s) connected with transitions from these levels could be established (1997Sc17).
E(level)Jπ(level)T1/2(level)Comments
    5664.4(29/2-) 0.12 ps +6-5  Q(transition)=2.3 +7-4 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.3 +7-4 (2002Ka61) from (32S,2αpγ). Kπ=3/2-, α=+1/2 band (1997Sc17).
    5744.6(29/2-) 0.18 ps +12-10  Q(transition)=1.6 +8-4 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=1.6 +8-4 (2002Ka61) from (32S,2αpγ). π=-, α=+1/2 band (1997Sc17).
    5753.3(29/2-)   E(level): π 5/2[303], α=+1/2 band (1997Sc17).
    5836.5(29/2+)   E(level): π=+, α=+1/2 band (1997Sc17).
    6046.1(29/2-)   E(level): π 1/2[301], α=+1/2 band (1997Sc17).
    6386.7(31/2-) 0.37 ps +22-14  Q(transition)>0.8 from 1297γ, >1.26 from 1174γ (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)>0.8 from 1297γ, >1.26 from 1174γ (2002Ka61) from (32S,2αpγ). π=-, α=-1/2 band (1997Sc17).
T1/2(level): Effective half-life from DSAM in 58Ni(32S,2αpγ); uncorrected for side-feeding.
    6470.0(31/2-) 0.35 ps +17-12  Q(transition)>1.0 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)>1.0 (2002Ka61) from (32S,2αpγ).
T1/2(level): Effective half-life from DSAM in 58Ni(32S,2αpγ); uncorrected for side-feeding.
    6509.2(31/2+)   E(level): π=+, α=-1/2 band (1997Sc17).
    6629.3(33/2+) 0.083 ps 21  Q(transition)=2.09 +32-22 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.09 +32-22 (2002Ka61) from (32S,2αpγ). π 5/2[422] GS, α=+1/2 band (1997Sc17).
    6893.1(33/2-)   E(level): π 5/2[303], α=+1/2 band (1997Sc17).
    6911.7(33/2-) 0.14 ps +14-11  Q(transition)=1.3 +16-4 from 1167γ, 1.7 +21-5 from 1247γ (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=1.3 +16-4 from 1167γ, 1.7 +21-5 from 1247γ (2002Ka61) from (32S,2αpγ). Kπ=3/2-, α=+1/2 band (1997Sc17).
    6951.1(33/2+)   E(level): Member of a π=(+) sequence of states which feed members of 5/2[422], α=+1/2 band. No extended band structure(s) connected with transitions from these levels could be established (1997Sc17).
    7090.4(33/2-) 0.05 ps +5-4  Q(transition)=1.1 +10-4 from 1347γ, 2.2 +19-7 from 1425γ (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=1.1 +10-4 from 1347γ, 2.2 +19-7 from 1425γ (2002Ka61) from (32S,2αpγ). π=-, α=+1/2 band (1997Sc17).
    7315.3(33/2+)   E(level): π=+, α=+1/2 band (1997Sc17).
    7511.7(33/2-)   E(level): π 1/2[301], α=+1/2 band (1997Sc17).
    7710.8(35/2-)   E(level): π=-, α=-1/2 band (1997Sc17).
    7947.8(35/2+)   E(level): π=+, α=-1/2 band (1997Sc17).
    8079.7(37/2+) 0.08 ps +5-4  Q(transition)=1.9 +9-4 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=1.9 +9-4 (2002Ka61) from (32S,2αpγ). π 5/2[422] GS, α=+1/2 band (1997Sc17).
    8276.1(37/2-) 0.10 ps +15-8  Q(transition)=1.9 +22-7 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=1.9 +22-7 (2002Ka61) from (32S,2αpγ). Kπ=3/2-, α=+1/2 band (1997Sc17).
    8504.8(37/2+)   E(level): Member of a π=(+) sequence of states which feed members of 5/2[422], α=+1/2 band. No extended band structure(s) connected with transitions from these levels could be established (1997Sc17).
    8519.9(37/2-) 0.22 ps 7  Q(transition)>1.1 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)>1.1 (2002Ka61) from (32S,2αpγ). π=-, α=+1/2 band (1997Sc17).
T1/2(level): Effective half-life from DSAM in 58Ni(32S,2αpγ); uncorrected for side-feeding.
    8584.0(37/2-)   E(level): possible π=-, α=+1/2 band FRAGMENT (1997Sc17).
    8917.9(37/2+)   E(level): π=+, α=+1/2 band (1997Sc17).
    9167.7(39/2-)   E(level): π=-, α=-1/2 band (1997Sc17).
    9323(39/2+)   E(level): π=+, α=-1/2 band (1997Sc17).
E(level)Jπ(level)T1/2(level)Comments
    9594.3(41/2+) 0.028 ps +55-21  Q(transition)=2.7 +27-12 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=2.7 +27-12 (2002Ka61) from (32S,2αpγ). π 5/2[422] GS, α=+1/2 band (1997Sc17).
    9808.0(41/2-) 0.021 ps +55-14  Q(transition)=3.0 +22-15 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=3.0 +22-15 (2002Ka61) from (32S,2αpγ). Kπ=3/2-, α=+1/2 band (1997Sc17).
    9818(39/2+)   E(level): Member of a π=(+) sequence of states which feed members of 5/2[422], α=+1/2 band. No extended band structure(s) connected with transitions from these levels could be established (1997Sc17).
    9981(41/2+)   E(level): Member of a π=(+) sequence of states which feed members of 5/2[422], α=+1/2 band. No extended band structure(s) connected with transitions from these levels could be established (1997Sc17).
   10063.5(41/2-)   E(level): possible π=-, α=+1/2 band FRAGMENT (1997Sc17).
   10193(41/2-)   E(level): π=-, α=+1/2 band (1997Sc17).
   10777(43/2-)   E(level): π=-, α=-1/2 band (1997Sc17).
   10884(43/2+)   E(level): π=+, α=-1/2 band (1997Sc17).
   11234(45/2+) 0.05 ps +10-4  Q(transition)=1.7 +28-7 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)=1.7 +28-7 (2002Ka61) from (32S,2αpγ). π 5/2[422] GS, α=+1/2 band (1997Sc17).
   11520(45/2-) 0.11 ps +10-6  Q(transition)>1.0 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)>1.0 (2002Ka61) from (32S,2αpγ). Kπ=3/2-, α=+1/2 band (1997Sc17).
T1/2(level): Effective half-life from DSAM in 58Ni(32S,2αpγ); uncorrected for side-feeding.
   11545(45/2+)   E(level): Member of a π=(+) sequence of states which feed members of 5/2[422], α=+1/2 band. No extended band structure(s) connected with transitions from these levels could be established (1997Sc17).
   11617(45/2-)   E(level): possible π=-, α=+1/2 band FRAGMENT (1997Sc17).
   12014(45/2-)   E(level): π=-, α=+1/2 band (1997Sc17).
   12570(47/2-)   E(level): π=-, α=-1/2 band (1997Sc17).
   12579(47/2+)   E(level): π=+, α=-1/2 band (1997Sc17).
   13088(49/2+) 0.12 ps +22-8  Q(transition)>0.8 (2002Ka61) from (32S,2αpγ).
E(level): Q(transition)>0.8 (2002Ka61) from (32S,2αpγ). π 5/2[422] GS, α=+1/2 band (1997Sc17).
T1/2(level): Effective half-life from DSAM in 58Ni(32S,2αpγ); uncorrected for side-feeding.
   13282(49/2+)   E(level): Member of a π=(+) sequence of states which feed members of 5/2[422], α=+1/2 band. No extended band structure(s) connected with transitions from these levels could be established (1997Sc17).
   13423(49/2-)   E(level): Kπ=3/2-, α=+1/2 band (1997Sc17).
   14099(49/2-)   E(level): π=-, α=+1/2 band (1997Sc17).
   14483(51/2+)   E(level): π=+, α=-1/2 band (1997Sc17).
   14806(51/2-)   E(level): π=-, α=-1/2 band (1997Sc17).
   15248(53/2+)   E(level): π 5/2[422] GS, α=+1/2 band (1997Sc17).
   15523(53/2-)   E(level): Kπ=3/2-, α=+1/2 band (1997Sc17).
   16440(53/2-)   E(level): π=-, α=+1/2 band (1997Sc17).
   16785(55/2+)   E(level): π=+, α=-1/2 band (1997Sc17).
E(level)Jπ(level)T1/2(level)Comments
   17670(57/2+)   E(level): π 5/2[422] GS, α=+1/2 band (1997Sc17).
     0+X   E(level): π=(+) band (1997Sc17). x>5.3 MeV.
    1225.0+X   E(level): π=(+) band (1997Sc17).
    2659.6+X   E(level): π=(+) band (1997Sc17).
    4261.5+X   E(level): π=(+) band (1997Sc17).
  6034+X   E(level): π=(+) band (1997Sc17).
  8004+X   E(level): π=(+) band (1997Sc17).

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Additional Gamma Comments:

E(level)E(gamma)Comments
     113.28     113.31E(γ): 113.5 1 and 113.29 3 in (28Si,αpγ), 113.4 1 in (32S,2αpγ). Unweighted average is 113.40 6.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     149.635     149.626E(γ): 149.7 1 and 149.62 2 in (28Si,αpγ), 149.7 1 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     268.56     118.89E(γ): 119.1 1 and 118.87 2 in (28Si,αpγ), 119.2 1 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
     268.60E(γ): 268.7 1 and 268.47 13 in (28Si,αpγ), 268.4 3 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
I(γ): average of 76.0 15 (1994Jo12), 49.3 15 (1985Li12) in 58Ni(28Si,αpγ). Reason for discrepancy unknown.
M(γ): Q from DCO ratio; not M2 from RUL.. Q from γ(θ) and/or DCO ratio in 58Ni(28Si,αpγ); not M2 from RUL and T1/2 (or T1/2 limit).
     288.63     175.38E(γ): 175.3 1 and 175.39 3 in (28Si,αpγ), 175.3 2 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     288.8E(γ): 289.2 3 in (28Si,αpγ), 288.4 3 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     537.07     248.72E(γ): 248.6 2 and 248.79 7 in (28Si,αpγ), 248.3 2 in (32S,2αpγ). Unweighted average is 248.56 14.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     387.5E(γ): 387.7 2 in (28Si,αpγ), 386.5 4 in (32S,2αpγ). Unweighted average is 387.1 6.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     423.31E(γ): 422.8 4 and 423.50 22 in (28Si,αpγ), 423.2 4 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     607.64     319.4E(γ): 319.7 3 in (28Si,αpγ), 319.0 3 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     494.3E(γ): 494.8 5 in (28Si,αpγ), 493.8 5 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     683.39     414.86E(γ): 414.9 1 and 414.87 12 in (28Si,αpγ), 414.0 4 in (32S,2αpγ). Unweighted average is 414.6 3.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
I(γ): weighted average of 111 5 (1994Jo12), 92.3 19 (1985Li12) in (28Si,αpγ).
     533.7E(γ): 533.8 2 and 534.0 3 in (28Si,αpγ), 532.6 5 in (32S,2αpγ). Unweighted average is 533.5 4.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
M(γ): Q from γ(θ) and/or DCO ratio in 58Ni(28Si,αpγ); not M2 from RUL and T1/2 (or T1/2 limit).
     825.59     288.9E(γ): 289.2 3 in (28Si,αpγ), 288.6 3 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     537.59E(γ): 537.5 2 and 537.76 15 in (28Si,αpγ), 536.3 5 in (32S,2αpγ). Unweighted average is 537.2 4.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     556.72E(γ): 556.8 2 in (28Si,αpγ), 556.0 6 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     675.55E(γ): 675.6 2 in (28Si,αpγ), 674.9 7 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     839.14     155.77E(γ): 155.9 1 and 155.29 2 in (28Si,αpγ), 155.7 2 in (32S,2αpγ). Unweighted average is 155.63 18.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     570.47E(γ): 570.5 1 in (28Si,αpγ), 569.3 6 in (32S,2αpγ). Unweighted average is 569.9 6.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
M(γ): Q from γ(θ) and/or DCO ratio in 58Ni(28Si,αpγ); not M2 from RUL and T1/2 (or T1/2 limit).
    1107.42     499.8E(γ): 499.9 2 in (28Si,αpγ), 498.9 5 in (32S,2αpγ). Unweighted average is 499.4 5.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     570.4E(γ): 570.9 4 in (28Si,αpγ), 569.4 6 in (32S,2αpγ). Unweighted average is 570.2 8.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    1167.44     341.84E(γ): 341.6 2 and 341.93 7 in (28Si,αpγ), 340.8 3 in (32S,2αpγ). Unweighted average is 341.4 3.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     483.8E(γ): 484.0 3 in (28Si,αpγ), 483.1 5 in (32S,2αpγ). Unweighted average is 483.6 5.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     630.46E(γ): 630.2 2 and 630.56 10 in (28Si,αpγ), 629.1 6 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
M(γ): Q from γ(θ) and/or DCO ratio in 58Ni(28Si,αpγ); not M2 from RUL and T1/2 (or T1/2 limit).
     899.1E(γ): 899.2 3 in (28Si,αpγ), 897.8 9 in (32S,2αpγ). Unweighted average is 898.5 7.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
M(γ): (d) from DCO ratio; Δπ=(yes) from level scheme.
E(level)E(gamma)Comments
    1250.1     713.0I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    1482.69     644.3E(γ): 643.7 2 and 644.86 18 in (28Si,αpγ), 642.5 6 in (32S,2αpγ). Unweighted average is 643.7 7.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     799.5E(γ): 799.3 1 and 800.30 19 in (28Si,αpγ), 799.2 8 in (32S,2αpγ). Unweighted average is 799.6 4.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    1530.42     363.2E(γ): 363.1 2 and 363.62 22 in (28Si,αpγ), 362.3 4 in (32S,2αpγ). Unweighted average is 363.0 4.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
I(γ): unweighted average of 26 4 (1994Jo12), 49 4 (1985Li12) in (28Si,αpγ).
     704.8E(γ): 704.3 3 and 704.95 13 in (28Si,αpγ), 703.1 7 in (32S,2αpγ). Unweighted average is 704.1 5.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     847.2E(γ): 847.3 2 in (28Si,αpγ), 845.8 8 in (32S,2αpγ). Unweighted average is 846.6 8.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    1653.36     170.73E(γ): 170.8 1 and 170.5 5 in (28Si,αpγ), 170.5 2 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     814.17E(γ): 814.1 1 and 814.41 17 in (28Si,αpγ), 813.1 8 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
M(γ): Q from γ(θ) and/or DCO ratio in 58Ni(28Si,αpγ); not M2 from RUL and T1/2 (or T1/2 limit).
    1782.6     675.2E(γ): 675.3 3 in (28Si,αpγ), 674.5 7 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    1952.17     421.8E(γ): 421.7 5 in (28Si,αpγ), 421.9 4 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
     784.72E(γ): 784.7 2 and 784.9 3 in (28Si,αpγ), 783.8 8 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    1112.0E(γ): 1111.9 8 in (28Si,αpγ), 1112.3 11 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    1993.6     742.5I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    2373.91     421.4E(γ): 421.9 5 in (28Si,αpγ), 421.1 4 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
     843.7E(γ): 843.6 4 and 844.0 3 in (28Si,αpγ), 842.4 8 in (32S,2αpγ). Unweighted average is 843.3 5.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
M(γ): Q intraband γ from (28Si,αpγ).
    2415.7     932.7I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    2513.3     859.9I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    1030.3I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    2594.5     811.9E(γ): 812.1 4 in (28Si,αpγ), 811.1 8 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    2686.79    1033.49E(γ): 1033.5 2 and 1034 1 in (28Si,αpγ), 1032.8 10 in (32S,2αpγ). Unweighted average is 1033.4 3.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
M(γ): Q from DCO ratio; not M2 from RUL.
    2860.8     486.3I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
     908.5E(γ): 908.6 3 and 910.1 4 in (28Si,αpγ), 907.9 9 in (32S,2αpγ). Unweighted average is 908.9 6.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    1208.1E(γ): 1208.0 6 in (28Si,αpγ), 1208.7 12 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    2866.3     872.68E(γ): 872.7 2 in (28Si,αpγ), 872.2 9 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    2917.4    1164.7I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
E(level)E(gamma)Comments
    3342.8     481.9I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
     968.9E(γ): 968.8 5 in (28Si,αpγ), 969.2 10 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    3413.1     996.2I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    3559.6     965.1E(γ): 965.2 4 in (28Si,αpγ), 964.6 10 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    3739.0     870.9I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    3745.9    1059.6I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    1232.1I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    3894.6    1033.9E(γ): 1033.7 4 in (28Si,αpγ), 1035.2 10 in (32S,2αpγ). Unweighted average is 1034.5 8.. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    3914.0    1227.26E(γ): 1227.3 2 and 1227 3 in (28Si,αpγ), 1226.0 12 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
M(γ): Q from DCO ratio; not M2 from RUL.
    3992.2    1074.1I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    4183.1     444.1I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
     821.9I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    1322.6I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    4440.3    1097.5E(γ): 1097.5 3 in (28Si,αpγ), 1097.0 11 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    4552.1    1137.8I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    5090.0    1195.4E(γ): 1195.3 4 in (28Si,αpγ), 1195.9 12 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    5213.0    1029.9I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    5271.0    1357.0E(γ): 1357.1 4 and 1360 5 in (28Si,αpγ), 1356.0 14 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
M(γ): stretched Q from DCO ratio; not M2 from RUL.
    5664.4    1223.9E(γ): 1223.4 9 in (28Si,αpγ), 1224.8 12 in (32S,2αpγ).. Weighted average from 58Ni(28Si,αpγ) and 58Ni(32S,2αpγ). Note that, in a number of cases, the data do not overlap within 1σ and, in those cases, the unweighted average is given in a comment.
    5836.5    1282.8I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    6386.7    1173.6I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    1296.7I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    6509.2    1371.3I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    6629.3    1129.2I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    1359.0I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
E(level)E(gamma)Comments
    6911.7    1167.0I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    1247.4I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    7090.4    1346.7I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    1424.9I(γ): From 58Ni(32S,2αpγ) (2002Ka61); uncertainty unstated by authors.
    7315.3    1478.4I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    7710.8    1324.1I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.
    8504.8    1553.5I(γ): Based on transition line widths in the level scheme drawing of 1997Sc17 in 58Ni(32S,2αpγ), this is the most intense γ deexciting its parent level.

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