ADOPTED LEVELS, GAMMAS for 64Cu

Authors: Balraj Singh and Jun Chen |  Citation: Nucl. Data Sheets 178, 41 (2021). |  Cutoff date: 12-Nov-2021 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=579.6 keV 6S(n)= 7915.868 keV 24S(p)= 7200.498 keV 28Q(α)= -6198.9 keV 4
Reference: 2021WA16

References:
  A  61Ni(α,p)  B  59Co(7Li,pnγ)
  C  61Ni(α,pγ)  D  62Ni(3He,p)
  E  62Ni(α,pnγ)  F  62Ni(α,d)
  G  63Cu(n,γ),(pol n,γ) E=TH  H  63Cu(n,γ) E=0.579 KEV
  I  63Cu(n,γ) E=2.038 KEV  J  63Cu(n,γ) E=2.642 KEV
  K  63Cu(n,γ) E=24 KEV  L  63Cu(n,γ),(n,n):Resonances
  M  63Cu(d,p)  N  63Cu(d,pγ)
  O  64Ni(p,n)  P  64Ni(p,nγ)
  Q  64Ni(3He,t)  R  64Ni(6Li,6He)
  S  Coulomb Excitation  T  64Zn(n,pγ)
  U  64Zn(d,2He)  V  64Zn(t,3He)
  W  65Cu(p,pnγ)  X  65Cu(d,t)
  Y  66Zn(d,α)  Z  67Zn(p,α)

General Comments:

Mass measurement: 2005Gu36

See 63Cu(n,γ):resonances dataset for energies and parameters of about 270 neutron resonances from 0.4-152.7 keV

65Cu(3He,α) E=32 MeV: 1972Ch08 (also 1971ChXT,1968Po03): Measured σ(θ) of recoil nuclei and deduced reaction mechanism.

63Cu(n,n) E=res: 1966Go38 (28 resonances from 2.63-42.2 keV)

63Cu(α,3He): 1961Sa09: E=43 MeV, one excited state indicated at ≈1 MeV

Q-value: Q(ε)=1674.62 21, S(2n)=18779.5 5, S(2p)=18578 19 (2021Wa16)










E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
      0.0 BCDE GHIJK MNOPQRSTUVWXYZ 1+ 12.7006 h 20 
% β- = 38.5 3
% ε = 61.5 3
     
    159.282 3 ABCDE GHIJK MNOPQRST VWXYZ 2+ 21 ps 4     159.280 3 
   100
M1(+E2)
      0.0
1+
    278.256 8  BCDE GHI K MNOPQR T VWXYZ 2+ < 9 ps    118.8 5 
   278.244 10 
 
   100
[M1+E2]
M1+E2
    159.282
      0.0
2+
1+
    343.897 9  B    G IJK MNOPQR TUV XY  1+ < 4 ps    184.612 10 
   343.94 3 
     4 1 
   100 1 
(M1(+E2))
[M1+E2]
    159.282
      0.0
2+
1+
    362.230 6  BCDE G IJK MNOPQR T VWXYZ 3+ < 4 ps     84.0 5 
   202.948 5 
   362.30 5 
     0.62 8 
   100.0 5 
     2.4 2 
[M1]
M1+E2
[E2]
    278.256
    159.282
      0.0
2+
2+
1+
    574.614 12  BCDE G   K MNOP   T VWXYZ (4)+ < 17 ps    212.388 10 
   415.26 10 
   100
     3.4 6 
(M1(+E2))
[E2]
    362.230
    159.282
3+
2+
    608.784 9  B D  GHIJK MNOPQR   V XY  2+ < 9 ps    264.882 18 
   330.47 5 
   449.512 10 
   608.75 3 
     7 1 
     5 1 
    10 1 
   100 2 
M1+E2
[M1+E2]
(M1(+E2))
M1+E2
    343.897
    278.256
    159.282
      0.0
1+
2+
2+
1+
    662.99 3  B D  GH  K MNOPQ   U  XY  1+ < 8 ps    318.9 7 
   384.74 5 
   503.65 6 
   663.06 5 
    19 3 
   109 6 
    84 6 
   100 6 
M1+E2
(M1+E2)
[M1+E2]
[M1+E2]
    343.897
    278.256
    159.282
      0.0
1+
2+
2+
1+
    739.050 9  B D  GHIJK MNOPQR   V XYZ 2+ < 11 ps    376.851 20 
   395.28 15 
   460.792 20 
   579.753 10 
   739.12 3 
    28 2 
     4.3 7 
    15.2 7 
   100 3 
    10.8 3 
(M1(+E2))
[M1+E2]
(M1+E2)
M1+E2
[M1+E2]
    362.230
    343.897
    278.256
    159.282
      0.0
3+
1+
2+
2+
1+
    746.241 11  BCDE GHIJ  MNOP R    WXYZ (3)+ < 13 ps    137.38 10 
   383.7 5 
   467.992 10 
   588 1 
    12
     8.6 18 
   100
 
[M1+E2]
(M1)
M1+E2

    608.784
    362.230
    278.256
    159.282
2+
3+
2+
2+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
    774.6 5  B                         (1)      412.4 5 
   100
Q
    362.230
3+
    820.7 5  B                         (4)      458.5 5 
 
D
    362.230
3+
    878.274 18  B D  GHI K MNOP     V XY  (0)+ < 15 ps    534.11 8 
   600?
   718.7 5 
   878.277 20 
    71 6 
 
     6 2 
   100 2 
(M1)

[E2]
[M1]
    343.897
    278.256
    159.282
      0.0
1+
2+
2+
1+
    895.705 19  BC E G IJK MNOP      WXYZ (3)+ < 20 ps    149.3 5 ?
   157.4 5 ?
   320.7 5 
   533.6 5 
   617.433 20 
   736.52 9 
   896.0 8 
 
 
    29
    79 8 
   100 3 
    10 1 
    22 8 


(D+Q)
[M1+E2]
M1+E2
[M1+E2]
[E2]
    746.241
    739.050
    574.614
    362.230
    278.256
    159.282
      0.0
(3)+
2+
(4)+
3+
2+
2+
1+
    927.080 10  B D  GHI K MNOPQR  UV XY  1+ < 11 ps    565.0 5 
   648.80 4 
   767.795 10 
   927.05 3 
    13
   100 4 
    23.7 5 
    11.6 3 
[E2]
[M1+E2]
[M1+E2]
[M1+E2]
    362.230
    278.256
    159.282
      0.0
3+
2+
2+
1+
   1096.5 5  B                         (2+)      937.2 5 
   100
D+Q
    159.282
2+
   1241.087 13  B D  GHIJK MNOP     V XY  1(+),2(+)      362.9 5 ?
   494.852 10 
   632.34 3 
   877.5 5 
   962.68 4 
  1081.74 3 
 
   100 5 
    39 2 
 
    65 2 
    49 2 






    878.274
    746.241
    608.784
    362.230
    278.256
    159.282
(0)+
(3)+
2+
3+
2+
2+
   1242.64 7  B D  GHIJK MNOP     V XY  (0,1,2,3+)     1242.56 8 
   100

      0.0
1+
   1287.15 5 A     GHI K M          X   (1+,2,3-)      924.91 5 
   100

    362.230
3+
   1287.96 22               OP     V X   (0+,1,2,3+)      624.7 5 
  1010.0 5 
  1128.4 5 
    45
    40
   100



    662.99
    278.256
    159.282
1+
2+
2+
   1290.7 3 ? B           N             (2+)      627.6 5 
   947.2 5 
  1131.2 5 
 
 
 

D

    662.99
    343.897
    159.282
1+
1+
2+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   1298.121 14    D  GHI   M OPQ    V XY  (1)+      558.2 5 
   954.0 5 
  1019.7 5 
  1138.821 20 
  1298.134 20 
     6
    19
    52
   100 2 
    50 2 





    739.050
    343.897
    278.256
    159.282
      0.0
2+
1+
2+
2+
1+
   1320.335 20    D  G I K   OP           (1+,2+,3+)      711.7 5 
   958.0 5 ?
   976.5 5 
  1041.5 5 
  1320.315 20 
    11
 
    13
     8
   100





    608.784
    362.230
    343.897
    278.256
      0.0
2+
3+
1+
2+
1+
   1354.25 3  B D  G   K MNOPQR   V XY  (3)+      608.9 5 ?
   779.65 7 
   992.11 9 
  1076.3 5 ?
  1194.89 3 
  1354.68 19 
 
    34 2 
    29 2 
 
   100 3 
    18 3 


(M1+E2)



    746.241
    574.614
    362.230
    278.256
    159.282
      0.0
(3)+
(4)+
3+
2+
2+
1+
   1363.17 11    D  G  J     PQ      XY  (1,2,3+)     1085.3 5 
  1363 1 
  <133
   100


    278.256
      0.0
2+
1+
   1436.2 4  B                         (4+)      861.3 5 
   100
D+Q
    574.614
(4)+
   1438.75 3    D  GHI K MNOPQ    V XY  (1)+      700.1 5 
   775.9 3 
   831 1 
  1076.35 5 
  1161.7 5 
  1279.41 4 
  1438.75 7 
 
     6.5 11 
 
   100 4 
  <107
    71 3 
    48 3 







    739.050
    662.99
    608.784
    362.230
    278.256
    159.282
      0.0
2+
1+
2+
3+
2+
2+
1+
   1461.38 13  B    G     M OP       XY  (2-)      565.43 17 
  1099.6 5 
    82 27 
   100 52 

D+Q
    895.705
    362.230
(3)+
3+
   1499 10                 Q          1+        
   1499.20 3    D  GHIJK M OP    UV XY  (2)-      890.5 5 
  1220.84 4 
  1339.88 4 
  1499.54 13 
    77
    91 3 
   100 4 
    63 5 




    608.784
    278.256
    159.282
      0.0
2+
2+
2+
1+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   1521.148 19       GHIJK M OP       XY  (2)+      858.09 19 
   912.37 6 
   947.0 5 
  1159.3 5 
  1177.04 21 
  1361.76 3 
  1521.20 3 
    23 3 
    21 1 
   283
  <227
     7 1 
   100 3 
    85 3 







    662.99
    608.784
    574.614
    362.230
    343.897
    159.282
      0.0
1+
2+
(4)+
3+
1+
2+
1+
   1550.49 11    D  G   K M OP     V XY  (1+,2+,3+)      812.0 5 
  1272.6 5 
  1391.25 12 
    43
   464
   100



    739.050
    278.256
    159.282
2+
2+
2+
   1594.19 4  BC EFG      N        W    6- 20.4 ns 6    1019.59 3 
  1231.2 7 ?
  1314.7 7 ?
   100.0 6 
     1.04 10 
     3.2 9 
(M2+E3)
[E3]
[M4]
    574.614
    362.230
    278.256
(4)+
3+
2+
   1594.39 3  B    G IJK MNOPQ    V XY  (1+,2)     1019.59 3 ?
  1232.13 3 
  1250.8 5 
  1315.3 5 
  1594.42 7 
 
   100 3 
    11
 
    40 3 





    574.614
    362.230
    343.897
    278.256
      0.0
(4)+
3+
1+
2+
1+
   1607.30 5       G  J  M OP       XY  (2+,3)      998.0 5 
  1032.68 14 
  1449 1 ?
 
   100
 



    608.784
    574.614
    159.282
2+
(4)+
2+
   1615.8 5  B DE                      (5)+     1041.2 5 
   100
D+Q
    574.614
(4)+
   1630 10 ?            M              (1:5)(+)        
   1648 10             M       U      (2-)        
   1683.126 25    D  GH  K M OPQ       Y  (1+,2+)      756.3 5 
   805.0 5 
   937.0 5 
  1340.0 5 
  1683.09 3 
     6
    <4
    12
    38
   100





    927.080
    878.274
    746.241
    343.897
      0.0
1+
(0)+
(3)+
1+
1+
   1700.65 5    D  G     M OP     V  Y  (1,2+)      805.0 5 
   822.33 5 
  1541.56 17 
   ≤48
   100 5 
    51 7 



    895.705
    878.274
    159.282
(3)+
(0)+
2+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   1706.1 5  B  E                      (4+)      960.0 7 
   100
(M1+E2)
    746.241
(3)+
   1736.4 5  B  E                      (4+)     1161.6 7 
  1374.4 7 
   100 7 
    15 4 
(M1+E2)

    574.614
    362.230
(4)+
3+
   1739.79 6    D  G     M           Y  (3+)     1165.21 6 
   100

    574.614
(4)+
   1742.58 5    D  G       OP        Y  (1+,2,3+)      846.87 4 
  1398.70 18 
  1742.83 20 
   100 3 
    67 7 
    72 10 



    895.705
    343.897
      0.0
(3)+
1+
1+
   1749.2 3    D  G                    (LE 4)        
   1768.95 6  B  E G              V  Y  (5+)     1195.4 4 
  1407.08 13 
   100 4 
    96 4 

Q
    574.614
    362.230
(4)+
3+
   1779.55 4    D  GHI K M OPQ          (1+,2+)     1417.27 4 
  1435.3 4 
  1780 2 
   100 4 
     8 2 
   230



    362.230
    343.897
      0.0
3+
1+
1+
   1852.65 3 A  D  GHI K M OPQ    V  Y  (1+,2+)     1508.68 8 
  1852.64 3 
    28 2 
   100 5 


    343.897
      0.0
1+
1+
   1884 10             M           Y  (1+,2,3,4-)        
   1900.28 5    D  G I K M OP        Y  (1+)     1557 2 
  1900.25 5 
    38
   100


    343.897
      0.0
1+
1+
   1905.084 15       G I   M O Q    V  Y  (2-)     1009.35 5 
  1158.831 10 
    25 1 
   100 2 


    895.705
    746.241
(3)+
(3)+
   1905.28 8  B                         (4+)     1331.7 7 
   100
D+Q
    574.614
(4)+
   1917.4 11        H             V     (LE 4-)        
   1925.0 7  B                         (4,5,6+)     1350.4 7 
   100

    574.614
(4)+
   1940.0 20    D        M OP        Y  (1+)     1940 2 
   100

      0.0
1+
   1970.0 20               OP           (LE 3+)     1970 2 
   100

      0.0
1+
   1976.32 18       G     M        V  Y      1401.66 19 
   100

    574.614
(4)+
   1979.1 7  B  E       M        V  Y  (5+)     1616.8 7 
   100
Q
    362.230
3+
   2019.8 6  B                         (4+)      313.6 5 
   100
D
   1706.1
(4+)
   2020.8 4     E  H    M OPQ       Y  (2+,3+)      315 1 
   780.0 5 
  2021 2 
 
   100
    36



   1706.1
   1241.087
      0.0
(4+)
1(+),2(+)
1+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   2041.8 5    D          OP R         (LE 3+)     2043 2 
   100

      0.0
1+
   2050.00 9    D  GHI K M    R      Y  (1+,2,3-)      695.41 16 
  1303.90 11 
    89 14 
   100 9 


   1354.25
    746.241
(3)+
(3)+
   2053.3 10    DE       M    R      Y  (LE 4+)     1894 1 
 

    159.282
2+
   2060.0 20               OPQR   V     (LE 3+)     2060 2 
   100

      0.0
1+
   2064.5 11        H        QR   V  Y  (LE 4-)        
   2072.8 4  BC E                 W    (5-)      479.1 5 
   100
(M1+E2)
   1594.19
6-
   2075.09 11       G     M           Y  (2-,3-,4-)      711.94 9 
   100

   1363.17
(1,2,3+)
   2080.1 15               OP           (1+,2,3+)     1718 2 
  2080 2 
    97
   100


    362.230
      0.0
3+
1+
   2091.3 4  B                         (4-)      629.7 5 
  1195.6 7 
  1517.0 7 
   100 9 
    48 6 
    38 3 


D+Q
   1461.38
    895.705
    574.614
(2-)
(3)+
(4)+
   2092.24 16    D  G     M           Y  (1+,2+,3+)     1729.70 22 
   100

    362.230
3+
   2115 10 ?            M              (0:3)(+)        
   2139.7 7    D          OP           (0+,1,2,3+)     1400.5 10 
  1477 1 
  2139 2 
   100
    55
    23



    739.050
    662.99
      0.0
2+
1+
1+
   2144.54 6    D  G I K M        V  Y  (2+)      291.71 12 
  1481.75 20 
  1535.70 17 
  1570.22 21 
  1782.20 10 
    28 4 
    30 4 
    27 3 
    23 3 
   100 7 





   1852.65
    662.99
    608.784
    574.614
    362.230
(1+,2+)
1+
2+
(4)+
3+
   2184.2 5             M OP        Y  (3+)      830.0 5 
  1575 2 
  2184 2 
    12
   100
    31



   1354.25
    608.784
      0.0
(3)+
2+
1+
   2212 9             M              (1:5)(+)        
   2221.0 20             M OP        Y  (3+)     2221 2 
   100

      0.0
1+
   2244.0 20    D           P           (1+,2+,3+)     2244 2 
   100

      0.0
1+
   2251.6 7  B  EF                     (5+)     1677.0 7 
   100
(M1+E2)
    574.614
(4)+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   2253.86 11    D  G                 Y  (LE 3+)     1910.18 14 
   100

    343.897
1+
   2267.01 6       G     M OP    UV  Y  (2-)     1904.80 6 
  1985 2 
 
 


    362.230
    278.256
3+
2+
   2274.24 8       G     M OP        Y  (0+,1,2,3+)      953.97 8 
  1929.5 6 
  1996 2 
  2117 2 
  2275 2 
   100 7 
    28 9 
    10
     8
     8





   1320.335
    343.897
    278.256
    159.282
      0.0
(1+,2+,3+)
1+
2+
2+
1+
   2279.76 5    D  G I K     QR         1+     1670.92 6 
   100

    608.784
2+
   2301.04 6    D  G I K   OPQR      Y  1+      259.3 5 
  1060.0 5 
  1373 1 
  1953 2 
  2141.73 7 
  2300 2 
   100
    38
    54
    38
 
    96






   2041.8
   1241.087
    927.080
    343.897
    159.282
      0.0
(LE 3+)
1(+),2(+)
1+
1+
2+
1+
   2309.4 10             M OP        Y  (3+)     1647 2 
  2029 2 
  2152 2 
  2309 2 
    77
   100
    20
    17




    662.99
    278.256
    159.282
      0.0
1+
2+
2+
1+
   2316.50 7       G   K M OP           (1-,2-)     1972.59 7 
  2319 2 
 
 


    343.897
      0.0
1+
1+
   2322.6 5  B  E                      (5-)      249.9 5 
   100
(M1+E2)
   2072.8
(5-)
   2324.75 19    D  G                    (1+,2+,3+)        
   2354.59 7       G     M OPQ       Y  (0+,1,2,3+)      747.34 6 
  1616 2 
  2356 2 
 
   100
     5



   1607.30
    739.050
      0.0
(2+,3)
2+
1+
   2360.50 11    D  G   K M           Y  (LE 3)     1119.55 19 
   100

   1241.087
1(+),2(+)
   2376.35 9    D  G     M           Y  (1+)      782.29 14 
  1630.1 3 
   100 14 
   100 18 


   1594.39
    746.241
(1+,2)
(3)+
   2378.1 4  BC EF                W    (7-)      783.9 5 
   100
(M1+E2)
   1594.19
6-
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   2381.2 15    D          OP           (0+,1,2,3+)     2102 2 
  2382 2 
   100
    43


    278.256
      0.0
2+
1+
   2387.1 4  B  E                      (6-)      314.0 5 
   100
D+Q
   2072.8
(5-)
   2387.89 11       G I   M O Q       Y  (1+)     1641.70 17 
   100

    746.241
(3)+
   2415.2 7  B                         (4,5,6+)     1840.6 7 
   100

    574.614
(4)+
   2417.0 20    D        M OP        Y  (1+,2+,3+)     1754 2 
   100

    662.99
1+
   2435.9 7  B                         (4,5,6+)     1861.3 7 
   100

    574.614
(4)+
   2456.66 8    D  G       OP           (1+)     1560.94 9 
  2457 2 
   100
 


    895.705
      0.0
(3)+
1+
   2465.47 10       G I   M   Q       Y  (1-,2-)     2465.43 11 
   100

      0.0
1+
   2491.2 15             M OP R      Y  (0+,1,2,3+)     2332 2 
  2491 2 
     7
   100


    159.282
      0.0
2+
1+
   2493.49 7       G     M           Y  (2+,3+)     1830.34 14 
  1918.69 11 
    89 8 
   100 8 


    662.99
    574.614
1+
(4)+
   2497.58 3       G I   M    R      Y  (1,2+)      814.45 4 
   890.26 4 
   998.28 8 
  1619.24 6 
  1834.22 15 
  2153.71 6 
    75 3 
    53 3 
    69 4 
    81 4 
    28 3 
   100 7 






   1683.126
   1607.30
   1499.20
    878.274
    662.99
    343.897
(1+,2+)
(2+,3)
(2)-
(0)+
1+
1+
   2498.4 6  B                         (5+)      478.6 5 
   100
D+Q
   2019.8
(4+)
   2507.26 11    D  G I K   OPQR         (LE 3)     2345 2 
   100

    159.282
2+
   2517.6 7  B                         (5-)      426.3 5 
   100
D+Q
   2091.3
(4-)
   2522 7    D        M O  R      Y         
   2533.60 7       G   K M OP        Y  (2-)     2533.53 18 
   100

      0.0
1+
   2567 6               O         Y  (3+,4+,5+)        
   2583.3 10  B                         (5-)     2008.7 10 
   100
D+Q
    574.614
(4)+
   2586 6             M O         Y  (3+)        
   2594.4 4       G I K M           Y  (1+)        
   2607 7    D        M O         Y         
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   2632 10             M O Q       Y  1+        
   2635.48 11       G     M O         Y  (LE 3+)      247.58 4 
   100

   2387.89
(1+)
   2647.3 4  B                         (5)      575.2 5 
   100
D+Q
   2072.8
(5-)
   2647.97 12       G   K M O Q   U      (1+)     1327.62 11 
   100

   1320.335
(1+,2+,3+)
   2657.33 5       G I   M O     U      (1+,2)      974.17 9 
  1761.01 22 
  2497.89 9 
  2656.8 3 
    17 1 
    10 1 
   100 7 
    24 3 




   1683.126
    895.705
    159.282
      0.0
(1+,2+)
(3)+
2+
1+
   2670 10    D        M       U   Y  (1,2)        
   2692.1 4  B  E                      (6-)      313.4 5 
  1099.0 5 
   <60
   100
D

   2378.1
   1594.19
(7-)
6-
   2695.21 9       G     M O         Y  (1-,2-)     1799.48 8 
   100

    895.705
(3)+
   2716.9 5  B  E                      (7-)     1122.5 5 
   100
D+Q
   1594.19
6-
   2717.97 10       G     M O Q       Y  (1-,2-)     1790.30 24 
   100

    927.080
1+
   2726.16 6    D  G         Q          (3+)      192.53 5 
   957.27 7 
  1287.40 20 
  1428.17 14 
  1484.85 25 
   100 10 
    83 5 
    20 3 
    33 3 
    25 4 





   2533.60
   1768.95
   1438.75
   1298.121
   1241.087
(2-)
(5+)
(1)+
(1)+
1(+),2(+)
   2732.30 8       G I       Q          (0+,1,2)     2123.06 23 
  2732.13 21 
    35 5 
   100 10 


    608.784
      0.0
2+
1+
   2764.16 10    D  G     M O Q   U   Y  (1-,2-)      689.08 5 
  2605.2 4 
   100 5 
    71 18 


   2075.09
    159.282
(2-,3-,4-)
2+
   2776.55 7       GHI   M       U      (1+,2+)     2037.53 7 
  2413.70 24 
  2776.8 4 
   100 7 
    46 7 
    65 14 



    739.050
    362.230
      0.0
2+
3+
1+
   2807 10    D        M   Q       Y  (1-,2-)        
   2811.6 5  B                         (6-)     1040.7 7 
   100
D
   1768.95
(5+)
   2830.53 7    D  G   K M           Y  (1+,2,3+)     1476.10 8 
  2830.1 4 
   100 6 
    64 13 


   1354.25
      0.0
(3)+
1+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   2854 10             M   Q       Y  0+,1+        
   2868.5 11    D   H    M           Y  (3+)        
   2892.35 7       G   K M           Y  (1+)      625.35 5 
  1649.52 11 
   100 5 
    56 4 


   2267.01
   1242.64
(2-)
(0,1,2,3+)
   2896.79 7       G I                  (3+)      440.13 12 
   804.29 21 
  1127.84 3 
    29 4 
    20 4 
   100 3 



   2456.66
   2092.24
   1768.95
(1+)
(1+,2+,3+)
(5+)
   2909 10    D        M   Q       Y  1+        
   2914.3 10  B                         (5-)     2339.6 10 
 
D
    574.614
(4)+
   2925.8 4  B                         (6-)      538.6 5 
   100
M1+E2
   2387.1
(6-)
   2932.54 10       G I   M           Y  (2-)     2932.06 17 
   100

      0.0
1+
   2949.5 7  B                         (5-)      562.4 5 
   100
D+Q
   2387.1
(6-)
   2965.5 7  B                         (5-)      578.4 5 
   100
D+Q
   2387.1
(6-)
   2970 11             M    R      Y  (3+,4+,5+)        
   2985 11    D        M   Q          (2-)        
   3013.30 5       G I   M   Q          (1-,2-)     1574.36 5 
  2666.6 14 ?
   100 5 
    18 14 


   1438.75
    343.897
(1)+
1+
   3033.56 12       G I   M   Q          (2-)     1293.92 11 
   100

   1739.79
(3+)
   3051.1 7  B  E       M              (7-)      664.0 5 
   100
M1+E2
   2387.1
(6-)
   3051.75 9       G     M              (LE 3+)     1808.5 3 
  3052.2 3 
    17 4 
   100 14 


   1242.64
      0.0
(0,1,2,3+)
1+
   3071.5 11    D   H    M   Q          (2-)        
   3080.85 9       G   K M              (2-,3-)      583.22 10 
   587.0 3 
   100 11 
    29 9 


   2497.58
   2493.49
(1,2+)
(2+,3+)
   3111.77 8       G I                  (1+,2)      214.97 5 
  3111.6 6 
   100 10 
    25 7 


   2896.79
      0.0
(3+)
1+
   3125.06 13    D  G I       Q          (1+,2+)        
   3126.0 3  B  E                      (7-)      200.1 5 
   313.5 5 
   434.6 5 
   738.5 5 
  1532.5 5 
 
    78 55 
   100 27 
    80 7 
   200

D+Q
(M1+E2)
D+Q

   2925.8
   2811.6
   2692.1
   2387.1
   1594.19
(6-)
(6-)
(6-)
(6-)
6-
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
      3.15E3 15                      V     1+        
   3154 10             M              (0:4)(-)        
   3176.9 7  B                              789.8 5 
   100

   2387.1
(6-)
   3190.85 11    D  GH    M   QR  U      1+      937.01 5 
   100

   2253.86
(LE 3+)
   3191.1 4 AB  E                      (8-)      813.4 5 
  1596.5 5 
    36.9 22 
   100.0 14 
(M1+E2)
(E2+M3)
   2378.1
   1594.19
(7-)
6-
   3207.53 8       G I       Q          (0,1,2)      831.176 20 
  2280.36 11 
   100 2 
    53 5 


   2376.35
    927.080
(1+)
1+
   3231 10    D        M              (1+,2+,3+)        
   3257.55 6    D  G I K M   Q          (1+,2+)     1556.84 10 
  3257.26 24 
    41 3 
   100 10 


   1700.65
      0.0
(1,2+)
1+
   3268.4 7  B                         (6,7,8-)      881.3 5 
   100

   2387.1
(6-)
   3278.6 7  B                         (7,8,9-)      561.7 5 
 

   2716.9
(7-)
   3296 10    D        M   Q          (3+,4+,5+)        
   3313.09 8       G I K M   Q          (0,1,2)      261.33 5 
  3312.4 3 
   100 9 
    76 11 


   3051.75
      0.0
(LE 3+)
1+
   3343.98 17      FGH        Q          (0-,1,2,3+)     1844.67 21 
  3001.4 7 
    86 14 
   100 32 


   1499.20
    343.897
(2)-
1+
   3351.5 8  B                         (6-)      402.0 5 
   100
D+Q
   2949.5
(5-)
   3352.83 4      FG I                  (1,2,3-)      634.78 9 
  1447.69 4 
  3074.9 8 
    46 4 
   100 4 
    37 13 



   2717.97
   1905.084
    278.256
(1-,2-)
(2-)
2+
   3376.4 5  B                         (6-)      878.1 5 
 
D+Q
   2498.4
(5+)
   3412.12 9    D  G I K M              (1-,2-)     2048.90 10 
  3133.9 3 
  3253.2 4 
    84 6 
    89 15 
   100 17 



   1363.17
    278.256
    159.282
(1,2,3+)
2+
2+
   3440.18 7       G I   M              (0+,1,2,3-)      946.64 5 
   100

   2493.49
(2+,3+)
   3465.57 12    D  G I   M              (0-,1,2,3-)      532.94 20 
  1198.75 16 
   100 24 
    41 4 


   2932.54
   2267.01
(2-)
(2-)
   3475.20 16    D  G I K M              (0+,1,2)     2811.1 11 
  3316.58 25 
    21 10 
   100 10 


    662.99
    159.282
1+
2+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   3488.6 5  B                         (8-)      771.5 5 
   100
D+Q
   2716.9
(7-)
   3493.35 19    D  G   K M              (0+,1,2,3)     2885.3 4 
   100

    608.784
2+
   3510.55 6    D  GHI   M              (1,2)     2772.2 3 
  3232.3 5 
  3510.5 4 
   100 13 
    36 9 
    67 11 



    739.050
    278.256
      0.0
2+
2+
1+
   3524.64 11    D  G   K     Q          0+,1+     1250.45 8 
   100

   2274.24
(0+,1,2,3+)
   3596.00 6    D  G I   M              (0,1,2)     1241.50 9 
  1316.24 7 
   100 11 
    20 1 


   2354.59
   2279.76
(0+,1,2,3+)
1+
   3603.09 15    D  G     M              (1,2+)     2724.8 5 
  2993.91 20 
  3603.9 5 
    42 11 
   100 10 
    26 8 



    878.274
    608.784
      0.0
(0)+
2+
1+
   3604.9 4  B                         (7-)      228.7 5 
   478.6 5 
   679.2 5 
  1218.4 7 
  1282.4 7 
  1531.9 7 
 
   100 15 
    48 13 
    42 9 
    49 7 
    45.2 10 
D+Q

D+Q
(M1+E2)
(E2+M3)

   3376.4
   3126.0
   2925.8
   2387.1
   2322.6
   2072.8
(6-)
(7-)
(6-)
(6-)
(5-)
(5-)
   3629.40 9       G I   M              (0,1,2,3-)      897.06 5 
   100

   2732.30
(0+,1,2)
   3674 10                 Q          (0+,1+)        
   3681.6 10  B                         (6,7,8-)     2087.4 10 
   100

   1594.19
6-
   3686.7 10  B                         (7-)     2092.5 10 
   100
D+Q
   1594.19
6-
   3687 10    D        M                     
   3711.80 14    D  G I   M   Q          (0+,1+)     3552.9 7 
   100

    159.282
2+
   3734.1 8  B                         (7,8,9-)     1355.9 7 
   100

   2378.1
(7-)
   3763 10    D        M                     
   3783.16 8       G I K M              (1,2+)     2082.45 8 
  2904.6 16 
  3623.1 4 
   100 7 
    18 14 
    64 10 



   1700.65
    878.274
    159.282
(1,2+)
(0)+
2+
   3790 30      F                     (9+)        
   3800.1 4  B  E                      (9-)      311.3 5 
   608.8 5 
  1422.4 7 
  2206.4 10 
 
   100.0 16 
    12.1 7 
     6.8 6 
D
M1+E2
Q
[M3]
   3488.6
   3191.1
   2378.1
   1594.19
(8-)
(8-)
(7-)
6-
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   3802.73 13    D  G         Q          (0+,1+)     1826.2 5 
  3140.0 3 
  3802.0 4 
    15 4 
   100 12 
    61 12 



   1976.32
    662.99
      0.0

1+
1+
   3826.92 10       G         Q          (1+)     1501.94 20 
  2365.32 17 
  3464.55 22 
  3667.6 4 
    33 4 
    60 6 
   100 12 
    31 5 




   2324.75
   1461.38
    362.230
    159.282
(1+,2+,3+)
(2-)
3+
2+
   3902 10    D        M              (1-,2-)        
   3970 10    D            Q          (1+)        
   3987.8 6  B  E                      (9-)     1609.5 5 
   100
(E2)
   2378.1
(7-)
   3990.85 21       G         QR  U      (1+)     3628.36 22 
  3714.0 7 
   100 10 
    33 10 


    362.230
    278.256
3+
2+
   4034.01 8    D  G I   M   QR         (1+)     2291.42 7 
  3108.0 7 
  3874.7 5 
  4033.4 4 
   100 7 
    22 7 
    28 9 
    31 5 




   1742.58
    927.080
    159.282
      0.0
(1+,2,3+)
1+
2+
1+
   4071.59 10       G         Q          (1+)     1747.3 3 
  2572.03 19 
  3175.26 25 
  3729.6 9 
  3911.8 5 
    26 5 
   100 10 
    72 9 
    16 6 
    44 9 





   2324.75
   1499.20
    895.705
    343.897
    159.282
(1+,2+,3+)
(2)-
(3)+
1+
2+
   4101 10                 Q          (0+,1+)        
   4140.84 11    D  G     M   Q          (0-,1-,2-)     1059.95 8 
  3478.0 5 
    83 5 
   100 22 


   3080.85
    662.99
(2-,3-)
1+
   4162.0 8  B                         (6,7,8-)     1469.9 7 
   100

   2692.1
(6-)
   4164.7 8  B                         (7,8,9-)     1786.5 7 
   100

   2378.1
(7-)
   4166.4 5  B                         (9-)      561.8 5 
  1789.5 7 
    34 10 
   100 11 

Q
   3604.9
   2378.1
(7-)
(7-)
   4205 10                 Q   U      1+        
   4222 10                 Q          (0+,1+)        
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   4257 10    D                       (2-,3-,4-)        
   4264.07 17       G I                  (1,2+)     3022.8 4 
  3385.73 21 
    58 10 
   100 10 


   1241.087
    878.274
1(+),2(+)
(0)+
   4269.3 6  B                         (7,8,9-)      664.4 5 
   100

   3604.9
(7-)
   4293 10                 Q          (1+)        
   4311 10                 Q          (0+,1+)        
   4316 10    D        M              (4-)        
   4327.41 11       G I        R         (1+,2+)     1136.59 6 
  3431.6 3 
  3718.1 7 
   100 4 
    88 10 
    31 9 



   3190.85
    895.705
    608.784
1+
(3)+
2+
   4360.1 7  B                         (9,10,11-)      560.0 5 
   100

   3800.1
(9-)
   4373 10                 Q   U      1+        
   4413 10                 Q          (0+,1+)        
   4430 10    D                       (4-,5-,6-)        
   4432.95 24       G     M              (1-,2-)     2838.2 4 
  3145.4 4 
  3506.7 7 
   100 21 
    84 13 
    50 14 



   1594.39
   1287.15
    927.080
(1+,2)
(1+,2,3-)
1+
   4444.48 17       G         Q          (0+,1+)     3781.8 5 
  4166.7 6 
  4444.35 24 
    27 7 
    20 9 
   100 9 



    662.99
    278.256
      0.0
1+
2+
1+
   4549.48 19 A     G I                  (0,1,2,3-)     1074.49 21 
   100

   3475.20
(0+,1,2)
   4552.0 8  B                         (8,9,10-)     1360.9 7 
   100

   3191.1
(8-)
   4556.2 11  B                         (7,8,9-)     2178.0 10 
 

   2378.1
(7-)
   4560 30      F                     (7+)        
   4568.5 6  B                         (10-)      580.5 5 
  1377.7 7 
 
   100 9 

(E2)
   3987.8
   3191.1
(9-)
(8-)
   4571 10    D                       (4-,5-,6-)        
   4599 10                 Q          (1+)        
   4630 10                 Q          (1+)        
   4670                    U      (1+,2-)        
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   4691.7 11  B                         (7,8,9-)     2313.5 10 
 

   2378.1
(7-)
   4763.38 12       G         Q   U      1+      960.63 9 
  3442.6 4 
  3521.02 24 
   100 7 
    52 9 
    96 11 



   3802.73
   1320.335
   1242.64
(0+,1+)
(1+,2+,3+)
(0,1,2,3+)
   4877 10                 Q          (0+,1+)        
   4898.5 9  B                         (10-)     1098.4 7 
   100
(M1+E2)
   3800.1
(9-)
   4916 10                 Q          (0+,1+)        
   4957 10                 Q          (0+,1+)        
   5000 10                 Q          (0+,1+)        
   5030 10                 Q          (0+,1+)        
   5043 10    D        M       U      (2-)        
   5053 10                 Q          (0+,1+)        
   5085.6 8  B                         (9)     1894.4 7 
   100
D+Q
   3191.1
(8-)
   5095.8 8  B                         (9)     1904.6 7 
   100
D+Q
   3191.1
(8-)
   5116 10                 Q          (0+,1+)        
   5198 10                 Q          (0+,1+)        
   5227 10                 Q          (0+,1+)        
   5320 10    D F                     (2-,3-,4-)        
   5322 10                 Q          0+,1+        
   5397 10                 Q          0+,1+        
   5513 10                 Q          0+,1+        
   5569 10                 Q          (0+,1+)        
   5617 10                 Q          (0+,1+)        
   5665 10                 Q          (0+,1+)        
   5686.5 9  B                         (11)     1886.4 7 
   100
Q
   3800.1
(9-)
   5705 10                 Q          (0+,1+)        
   5809 10                 Q          (0+,1+)        
   5864 10                 Q          (0+,1+)        
   5912.6 11  B                         (9,10,11-)     2112.5 10 
 

   3800.1
(9-)
   5917.5 11  B                         (10)     2117.4 10 
   100
D+Q
   3800.1
(9-)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   5922 10                 Q          (0+,1+)        
   5967 10                 Q          (0+,1+)        
   6003 10                 Q          (0+,1+)        
   6070.2 11  B                         (10)     2270.1 10 
   100
D+Q
   3800.1
(9-)
   6116 10                 Q          (0+,1+)        
   6156 10                 Q          (0+,1+)        
   6201 10                 Q          (0+,1+)        
   6321 10                 Q          0+,1+        
   6413 10                 Q          0+,1+        
   6464 10                 Q          (0+,1+)        
   6493 10                 Q          (0+,1+)        
   6529 10                 Q          (0+,1+)        
   6570 10                 Q          (0+,1+)        
  ≈6630A                                 
   6740 10                 Q          0+,1+        
   6810 6               O Q          0+        
   6826 6    D            Q          0+        
   7339 10    D                       (1+)        
   7916.403 16 S      G                    1-,2-     3153.05 17 
  3366.8 3 
  3472.2 3 
  3482.9 5 
  3588.52 23 
  3651.6 5 
  3775.27 21 
  3844.44 15 
  3883.0 4 
  4089.11 14 
  4133.08 13 
  4204.37 15 
  4286.62 13 
  4312.8 3 
  4320.24 10 
  4391.9 3 
  4405.00 12 
  4423.12 22 
  4440.9 3 
  4450.86 20 
  4475.66 11 
  4504.04 11 
  4562.95 12 
  4572.5 3 
  4603.07 9 
  4658.53 8 
  4708.9 4 
  4790.7 3 
  4803.8 3 
  4835.1 9 
  4883.0 6 
  4903.08 20 
  4983.51 16 
  5019.5 3 
  5023.2 3 
  5085.30 11 
  5139.86 23 
  5152.11 13 
  5183.89 12 
  5190.09 8 
  5258.67 7 
  5269.4 5 
  5280.67 17 
  5321.3 5 
  5385 3 
  5408.88 11 
  5418.49 5 
  5450.75 20 
  5528.2 3 
  5555.78 13 
  5600.5 4 
  5615.01 9 
  5636.18 11 
  5771.48 13 
  5824 2 ?
  5866.16 22 
  6010.83 7 
  6015.7 3 
  6063.65 9 
  6136.05 19 
  6166.9 3 
  6233.0 4 
  6308.61 25 
  6321.54 13 
  6365.6 3 
  6394.86 6 
  6416.9 4 
  6477.15 23 
  6553 3 ?
  6595.63 11 
  6618.15 8 
  6628.9 5 
  6674.85 6 
  6988.96 6 
  7037.83 16 
  7170.10 24 
  7177.07 7 
  7253.05 6 
  7307.31 6 
  7555.1 6 
  7572.32 8 
  7638.00 9 
  7756.91 9 
  7916.26 8 
     0.84 6 
     0.44 5 
     0.55 7 
     0.35 7 
     1.03 12 
     0.19 4 
     0.61 6 
     1.48 9 
     0.44 7 
     0.77 4 
     1.15 5 
     0.77 4 
     1.02 5 
     0.85 9 
     4.08 15 
     0.40 5 
     0.92 5 
     0.42 4 
     0.59 7 
     0.52 4 
     1.44 5 
     1.47 6 
     0.95 5 
     0.30 4 
     1.64 5 
     2.33 6 
     0.26 4 
     0.32 4 
     0.36 4 
     0.09 3 
     0.12 3 
     0.46 3 
     0.61 4 
     0.57 6 
     0.55 6 
     0.99 4 
     0.54 4 
     0.81 4 
     1.11 5 
     2.02 5 
     3.11 7 
     0.24 4 
     0.76 5 
     0.17 3 
     0.03 3 
     1.21 5 
     5.59 9 
     0.48 3 
     0.37 4 
     0.83 4 
     0.29 4 
     1.49 5 
     1.24 5 
     1.54 7 
     0.9
     0.44 3 
     4.80 9 
     0.69 6 
     1.83 5 
     0.60 4 
     0.50 5 
     0.33 4 
     0.50 4 
     1.09 4 
     0.32 3 
     4.21 8 
     0.29 4 
     0.52 4 
     0.3
     1.91 7 
     3.41 9 
     0.30 5 
     6.01 9 
    10.60 15 
     1.17 6 
     0.92 6 
     7.73 12 
    10.54 15 
    27.1 4 
     0.25 5 
     5.26 9 
    48.9 12 
     4.77 9 
   100.0 18 




















































































   4763.38
   4549.48
   4444.48
   4432.95
   4327.41
   4264.07
   4140.84
   4071.59
   4034.01
   3826.92
   3783.16
   3711.80
   3629.40
   3603.09
   3596.00
   3524.64
   3510.55
   3493.35
   3475.20
   3465.57
   3440.18
   3412.12
   3352.83
   3343.98
   3313.09
   3257.55
   3207.53
   3125.06
   3111.77
   3080.85
   3033.56
   3013.30
   2932.54
   2896.79
   2892.35
   2830.53
   2776.55
   2764.16
   2732.30
   2726.16
   2657.33
   2647.97
   2635.48
   2594.4
   2533.60
   2507.26
   2497.58
   2465.47
   2387.89
   2360.50
   2316.50
   2301.04
   2279.76
   2144.54
   2092.24
   2050.00
   1905.084
   1900.28
   1852.65
   1779.55
   1749.2
   1683.126
   1607.30
   1594.39
   1550.49
   1521.148
   1499.20
   1438.75
   1363.17
   1320.335
   1298.121
   1287.15
   1241.087
    927.080
    878.274
    746.241
    739.050
    662.99
    608.784
    362.230
    343.897
    278.256
    159.282
      0.0
1+
(0,1,2,3-)
(0+,1+)
(1-,2-)
(1+,2+)
(1,2+)
(0-,1-,2-)
(1+)
(1+)
(1+)
(1,2+)
(0+,1+)
(0,1,2,3-)
(1,2+)
(0,1,2)
0+,1+
(1,2)
(0+,1,2,3)
(0+,1,2)
(0-,1,2,3-)
(0+,1,2,3-)
(1-,2-)
(1,2,3-)
(0-,1,2,3+)
(0,1,2)
(1+,2+)
(0,1,2)
(1+,2+)
(1+,2)
(2-,3-)
(2-)
(1-,2-)
(2-)
(3+)
(1+)
(1+,2,3+)
(1+,2+)
(1-,2-)
(0+,1,2)
(3+)
(1+,2)
(1+)
(LE 3+)
(1+)
(2-)
(LE 3)
(1,2+)
(1-,2-)
(1+)
(LE 3)
(1-,2-)
1+
1+
(2+)
(1+,2+,3+)
(1+,2,3-)
(2-)
(1+)
(1+,2+)
(1+,2+)
(LE 4)
(1+,2+)
(2+,3)
(1+,2)
(1+,2+,3+)
(2)+
(2)-
(1)+
(1,2,3+)
(1+,2+,3+)
(1)+
(1+,2,3-)
1(+),2(+)
1+
(0)+
(3)+
2+
1+
2+
3+
1+
2+
2+
1+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   7916.438 24        H                   2-     4404
  4570
  4726
  4844
  5047
  5140
  5851
  5866
  5896
  5998
  6062
  6136
  6233?
  6394
  6418?
  6476?
  6617
  6628
  6674
  6988
  7036
  7168
  7176
  7252
  7307
  7637
  7756
    11 4 
    11 4 
    17 4 
     9 4 
    11 4 
    19 4 
    20 4 
    14 4 
     5.9 24 
    18.4 24 
    11.8 24 
     3.6 24 
    <4.7
     3.6 24 
    <4.7
    <4.7
    12 3 
    30 3 
     5.3 24 
    14 3 
     2.4 18 
    14 3 
    41 3 
     7.1 24 
     8.9 24 
    37 3 
   100 4 



























   3510.55
   3343.98
   3190.85
   3071.5
   2868.5
   2776.55
   2064.5
   2050.00
   2020.8
   1917.4
   1852.65
   1779.55
   1683.126
   1521.148
   1499.20
   1438.75
   1298.121
   1287.15
   1241.087
    927.080
    878.274
    746.241
    739.050
    662.99
    608.784
    278.256
    159.282
(1,2)
(0-,1,2,3+)
1+
(2-)
(3+)
(1+,2+)
(LE 4-)
(1+,2,3-)
(2+,3+)
(LE 4-)
(1+,2+)
(1+,2+)
(1+,2+)
(2)+
(2)-
(1)+
(1)+
(1+,2,3-)
1(+),2(+)
1+
(0)+
(3)+
2+
1+
2+
2+
2+
   7917.874 24         I                  1-     3369.5 5 
  3590.9 2 
  3654.2 5 
  3884.8 6 
  4134.2 4 
  4206.2 3 
  4290 2 
  4322.10 17 
  4407.21 6 
  4443.9 5 
  4453.1 15 
  4477.62 12 
  4506.2 3 
  4564.7 6 
  4604.6 4 
  4660.36 19 
  4710.4 4 
  4792.56 14 
  4805.6 6 
  4885.9 4 
  4903.46 10 
  4984.4 3 
  5021.4 2 
  5140.9 3 
  5185.4 3 
  5259.9 6 
  5322.1 8 
  5410.4 3 
  5418.0 12 
  5451.5 8 
  5529.9 3 
  5617.6 4 
  5637.1 4 
  5772.89 17 
  5866.2 6 
  6012.3 3 
  6017.7 4 
  6064.62 17 
  6135.6 5 
  6323.0 3 
  6396.3 2 
  6417.86 10 
  6478.8 4 
  6596.82 10 
  6619.32 16 
  6629.0 7 
  6675.98 16 
  6989.9 6 
  7023.4 12 
  7039.07 10 
  7171.2 3 
  7178.21 12 
  7308.17 15 
  7555.1 4 
  7573.6 3 
  7638.57 16 
  7756.7 3 
  7917.09 11 
     6.5 19 
    12.8 16 
     7.5 21 
     3.8 14 
     7.3 16 
     9.6 14 
     1.0 10 
    13.5 13 
     5.3 17 
     7.5 21 
     2.1 18 
    28.4 17 
     7.2 11 
     3.0 9 
     4.5 10 
    11.4 11 
     4.6 11 
    33.0 21 
     3.8 13 
     5.6 11 
    35.7 18 
     7.5 10 
    11.0 12 
     6.2 7 
     6.9 10 
     3.0 7 
     1.9 7 
     7.6 11 
     1.3 9 
     2.9 13 
     8.6 13 
     4.6 9 
     4.8 9 
    14.8 12 
     2.9 9 
    19.2 21 
    11.7 18 
    14.6 12 
     3.7 9 
     9.7 11 
    26.3 20 
    59.6 21 
    11.4 17 
   100 4 
    46 3 
     6.0 18 
    60 3 
     3.5 9 
     1.5 7 
    49.4 19 
    11.0 12 
    51.1 21 
    82 5 
     4.9 7 
     7.9 10 
    79 4 
    17.7 17 
    63.8 21 


























































   4549.48
   4327.41
   4264.07
   4034.01
   3783.16
   3711.80
   3629.40
   3596.00
   3510.55
   3475.20
   3465.57
   3440.18
   3412.12
   3352.83
   3313.09
   3257.55
   3207.53
   3125.06
   3111.77
   3033.56
   3013.30
   2932.54
   2896.79
   2776.55
   2732.30
   2657.33
   2594.4
   2507.26
   2497.58
   2465.47
   2387.89
   2301.04
   2279.76
   2144.54
   2050.00
   1905.084
   1900.28
   1852.65
   1779.55
   1594.39
   1521.148
   1499.20
   1438.75
   1320.335
   1298.121
   1287.96
   1241.087
    927.080
    895.705
    878.274
    746.241
    739.050
    608.784
    362.230
    343.897
    278.256
    159.282
      0.0
(0,1,2,3-)
(1+,2+)
(1,2+)
(1+)
(1,2+)
(0+,1+)
(0,1,2,3-)
(0,1,2)
(1,2)
(0+,1,2)
(0-,1,2,3-)
(0+,1,2,3-)
(1-,2-)
(1,2,3-)
(0,1,2)
(1+,2+)
(0,1,2)
(1+,2+)
(1+,2)
(2-)
(1-,2-)
(2-)
(3+)
(1+,2+)
(0+,1,2)
(1+,2)
(1+)
(LE 3)
(1,2+)
(1-,2-)
(1+)
1+
1+
(2+)
(1+,2,3-)
(2-)
(1+)
(1+,2+)
(1+,2+)
(1+,2)
(2)+
(2)-
(1)+
(1+,2+,3+)
(1)+
(0+,1,2,3+)
1(+),2(+)
1+
(3)+
(0)+
(3)+
2+
2+
3+
1+
2+
2+
1+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   7918.469 24          J                 2-     6309
  6322
  6394
  6418?
  6553
  6674?
  7021
  7168
  7176
  7307
  7556
  7571
  7756?
  7916
   100 17 
   100 17 
    28 10 
   <29
    23 20 
   <75
    22 13 
    49 15 
    49 15 
    28 13 
    75 13 
    35 10 
   <23
    77 15 














   1607.30
   1594.39
   1521.148
   1499.20
   1363.17
   1241.087
    895.705
    746.241
    739.050
    608.784
    362.230
    343.897
    159.282
      0.0
(2+,3)
(1+,2)
(2)+
(2)-
(1,2,3+)
1(+),2(+)
(3)+
(3)+
2+
2+
3+
1+
2+
1+
   7938.49S          K                (1,2,3+)     4153.3 6 
  4415.6 5 
  4445.2 7 
  4464.8 10 
  4524.7 14 
  4625.6 8 
  4682.6 7 
  4855.6 8 
  5043.1 9 
  5111.0 13 
  5292.1 14 
  5344.8 5 
  5409.8 8 
  5427.8 15 
  5576.5 6 
  5620.9 8 
  5637.6 3 
  5659.3 3 
  5793.7 3 
  5889.1 7 
  6036.4 8 
  6085.9 4 
  6160.3 10 
  6254.8 3 
  6344.5 2 
  6389.6 5 
  6416.9 2 
  6439.0 4 
  6501.6 6 
  6584.0 4 
  6618.3 8 
  6650.2 4 
  6695.8 5 
  7010.85 15 
  7042.87 16 
  7060.8 12 
  7198.6 6 
  7275.7 2 
  7329.7 3 
  7360.8 15 
  7575.0 4 
  7595.6 5 
  7659.27 16 
  7778.44 17 
  7938.3 2 
     7.9 23 
     8.9 20 
     5.6 20 
     4.0 20 
     4.5 34 
     5.2 18 
     9.0 34 
     4.9 18 
     7.9 34 
     4.5 23 
     4.5 23 
    11.2 20 
     6.9 21 
     3.4 20 
    10.1 23 
    10.1 34 
    24.7 23 
    19.1 23 
    21.0 21 
     7.8 20 
    10.1 34 
    20.2 23 
     7.9 23 
    25.8 23 
    33.7 23 
    31 5 
    58 5 
    28 3 
    25 5 
    16.9 23 
    10.1 34 
    16.9 23 
    37 5 
    57 3 
    99 6 
     7.9 23 
    48 9 
    41.6 23 
    38 3 
     4.5 23 
    27 3 
    54 11 
    56 3 
    72 3 
   100 6 













































   3783.16
   3524.64
   3493.35
   3475.20
   3412.12
   3313.09
   3257.55
   3080.85
   2896.79
   2830.53
   2647.97
   2594.4
   2533.60
   2507.26
   2360.50
   2316.50
   2301.04
   2279.76
   2144.54
   2050.00
   1900.28
   1852.65
   1779.55
   1683.126
   1594.39
   1550.49
   1521.148
   1499.20
   1438.75
   1354.25
   1320.335
   1287.96
   1242.64
    927.080
    895.705
    878.274
    739.050
    662.99
    608.784
    574.614
    362.230
    343.897
    278.256
    159.282
      0.0
(1,2+)
0+,1+
(0+,1,2,3)
(0+,1,2)
(1-,2-)
(0,1,2)
(1+,2+)
(2-,3-)
(3+)
(1+,2,3+)
(1+)
(1+)
(2-)
(LE 3)
(LE 3)
(1-,2-)
1+
1+
(2+)
(1+,2,3-)
(1+)
(1+,2+)
(1+,2+)
(1+,2+)
(1+,2)
(1+,2+,3+)
(2)+
(2)-
(1)+
(3)+
(1+,2+,3+)
(0+,1,2,3+)
(0,1,2,3+)
1+
(3)+
(0)+
2+
1+
2+
(4)+
3+
1+
2+
2+
1+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   8188 10    D          O            (2+)        
     11E3 1                      V     -        

E(level): From a least-squares fit to Eγ data for levels populated in γ-ray studies. Reduced χ2 of 2.8 is somewhat larger than critical χ2 of 1.2, as some of the primary Eγ values from capture states do not agree well with the fitted values. Above 1 MeV excitation, matching of level energies from different reactions is somewhat ambiguous due to high level density

Jπ(level): Due to high level density above 1 MeV, the Jπ values indicated by L-transfers in particle reaction studies are given in parentheses. Correspondence of levels seen in different reactions is not unique. L-transfers from multi-nucleon transfer reactions such as (3He,p) and (d,α) are considered as weak arguments due to reaction mechanism not well known.

T1/2(level): From pulsed beam in 64Ni(p,nγ) (1976Wh01), unless noted otherwise

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Additional Gamma Data:















E(level)
(keV)
Jπ(level)T1/2(level)E(γ)
(keV)
MultipolarityMixing
Ratio
Conversion
Coefficient
Additional Data
    159.282 2+ 21 ps 4     159.280 3 M1(+E2)0.055 LT0.0160B(E2)(W.u.)<63, B(M1)(W.u.)=0.26 +6-4, α=0.0160 4
    278.256 2+ < 9 ps    118.8 5 [M1+E2] 0.18α=0.18 15
2+ < 9 ps    278.244 10 M1+E2+0.10 20.00398B(E2)(W.u.)>16, B(M1)(W.u.)>0.11, α=0.00398 7
    343.897 1+ < 4 ps    184.612 10 (M1(+E2))+0.10 100.0113B(M1)(W.u.)>0.024, α=0.0113 15
1+ < 4 ps    343.94 3 [M1+E2] 0.0043B(M1)(W.u.)>0.13, α=0.0043 20
    362.230 3+ < 4 ps     84.0 5 [M1] 0.086B(M1)(W.u.)>0.047, α=0.086
3+ < 4 ps    202.948 5 M1+E2+0.06 30.0086B(E2)(W.u.)>23, B(M1)(W.u.)>0.62, α=0.0086 2
3+ < 4 ps    362.30 5 [E2] B(E2)(W.u.)>31
    574.614 (4)+ < 17 ps    212.388 10 (M1(+E2))+0.01 30.00757B(M1)(W.u.)>0.13, α=0.00757 12
(4)+ < 17 ps    415.26 10 [E2] B(E2)(W.u.)>4.8
    608.784 2+ < 9 ps    264.882 18 M1+E2+0.24 170.0050B(E2)(W.u.)>0.74, B(M1)(W.u.)>0.0054, α=0.0050 11
2+ < 9 ps    330.47 5 [M1+E2] B(E2)(W.u.)>34, B(M1)(W.u.)>0.0022
2+ < 9 ps    449.512 10 (M1(+E2))+0.02 7B(M1)(W.u.)>0.0019
2+ < 9 ps    608.75 3 M1+E2+0.30 8B(E2)(W.u.)>1.8, B(M1)(W.u.)>0.0075
    662.99 1+ < 8 ps    318.9 7 M1+E2 B(E2)(W.u.)>68, B(M1)(W.u.)>0.0041
1+ < 8 ps    384.74 5 (M1+E2) B(E2)(W.u.)>177, B(M1)(W.u.)>0.016
1+ < 8 ps    503.65 6 [M1+E2] B(E2)(W.u.)>35, B(M1)(W.u.)>0.0052
1+ < 8 ps    663.06 5 [M1+E2] B(E2)(W.u.)>11, B(M1)(W.u.)>0.0028
    739.050 2+ < 11 ps    376.851 20 (M1(+E2))-0.11 18B(M1)(W.u.)>0.0056
2+ < 11 ps    395.28 15 [M1+E2] B(E2)(W.u.)>7.7, B(M1)(W.u.)>7.1E-4
2+ < 11 ps    460.792 20 (M1+E2)-0.29 25B(E2)(W.u.)>0.023, B(M1)(W.u.)>0.0014
2+ < 11 ps    579.753 10 M1+E2-0.18 11B(E2)(W.u.)>0.15, B(M1)(W.u.)>0.0058
2+ < 11 ps    739.12 3 [M1+E2] B(E2)(W.u.)>0.98, B(M1)(W.u.)>3.2E-4
    746.241 (3)+ < 13 ps    137.38 10 [M1+E2] 0.10B(M1)(W.u.)>0.052, α=0.10 8
(3)+ < 13 ps    383.7 5 (M1) B(M1)(W.u.)>0.0017
(3)+ < 13 ps    467.992 10 M1+E2+0.08 3B(E2)(W.u.)>0.25, B(M1)(W.u.)>0.013
E(level)
(keV)
Jπ(level)T1/2(level)E(γ)
(keV)
MultipolarityMixing
Ratio
Conversion
Coefficient
Additional Data
    878.274 (0)+ < 15 ps    534.11 8 (M1) B(M1)(W.u.)>0.0036
(0)+ < 15 ps    718.7 5 [E2] B(E2)(W.u.)>0.28
(0)+ < 15 ps    878.277 20 [M1] B(M1)(W.u.)>0.0012
    895.705 (3)+ < 20 ps    533.6 5 [M1+E2] B(E2)(W.u.)>12, B(M1)(W.u.)>0.0021
(3)+ < 20 ps    617.433 20 M1+E2 B(E2)(W.u.)>7.7, B(M1)(W.u.)>0.0017
(3)+ < 20 ps    736.52 9 [M1+E2] B(E2)(W.u.)>0.29, B(M1)(W.u.)>9.4E-5
(3)+ < 20 ps    896.0 8 [E2] B(E2)(W.u.)>0.18
    927.080 1+ < 11 ps    565.0 5 [E2] B(E2)(W.u.)>4.0
1+ < 11 ps    648.80 4 [M1+E2] B(E2)(W.u.)>19, B(M1)(W.u.)>0.0048
1+ < 11 ps    767.795 10 [M1+E2] B(E2)(W.u.)>1.9, B(M1)(W.u.)>6.6E-4
1+ < 11 ps    927.05 3 [M1+E2] B(E2)(W.u.)>0.36, B(M1)(W.u.)>1.8E-4
   1594.19 6- 20.4 ns 6    1019.59 3 (M2+E3)-0.25 B(E3)(W.u.)=12 +5-4, B(M2)(W.u.)=0.078 3
6- 20.4 ns 6    1231.2 7 [E3] B(E3)(W.u.)=0.57 6

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
      0.01+ 12.7006 h 20 
% β- = 38.5 3
% ε = 61.5 3
μ=-0.2166 4 (2010Vi07,2019StZV), Q=+0.075 9 (2010Vi07,2016St14,2021StZZ)
δ<r2>(65Cu,64Cu)=-0.116 fm2 3(stat) 13(syst) (2016Bi08, collinear resonance ionization laser spectroscopy at ISOLDE-CERN).
T1/2(level): Other less precise T1/2 measurements: 13.02 h 33 (2006Ab30), 12.82 h 4 (1973Ne02, 511-radiation counting); 12.58 h 96 (1973ArZI, scintillation detector); 12.4 h 17, 13.6 h 7, 13.8 h 14 (1972Cr02, Ge(Li) detector); 12.65 h 17 (1969Bo11, NaI well-type detector); 12.80 h 4 (1968Ke12); 12.8 h (1967Vi08), 12.86 h 3 (1966Li09); 12.70 h 3 (1966Fu16, coincidence method); 12.86 h 3 (1965Pa18, NaI detector); 13.5 h, 13.9 h (1965He08); 12.85 h 5 (1959Po64); 12.8 h (1957Be46); 12.80 h 3 (1955To07); 12.88 h 3 (1951Si91); 12.9 h (1951Ku42); 12.8 h (1951St89); 12.74 h 7 (1951Sc56); 12.80 h 4 (1950Ra62); 12.8 h (1950Ho26); 12.8 h (1949Pe09); 13 h (1948Mi12); 12.8 h (1947Se33); 11.9 h 10 (1944Hu05,1943Hu03); 12.8 h (1939De01); 12.8 h 3 (1939Sa02); 12.8 h 3 (L.n. Ridenour et al., Phys. Rev. 53, 770 (1938); 12 h (1937He05); 16 h (1937Bo10); 12.8 h 1 (1936Va02); 10 h (1935Am01). Variation of T1/2 with chemical environment and temperature studied by 2008Fa12, 1987MaZL, 1979Ko31, 1979Eh01, 1977Do07, 1975MaXN, 1976Ha66, 1975He03, 1974Jo17, 1973De56, 1973Ha60, 1972Em01, 1972-Auric (p. Auric and J.I. Vargas, Chem. Phys. Lett. 15, 366 (1972)), 1968Ke12. α change of 1 to 2% with chemical form of the samples reported by 1968Ke12 is not confirmed by others.
    159.2822+ 21 ps 4  XREF: J(?).
    343.8971+ < 4 ps XREF: U(400)Y(?).
    662.991+ < 8 ps XREF: U(730).
    878.274(0)+ < 15 ps XREF: Y(?).
    895.705(3)+ < 20 ps Cautionary note: 617γ is the only transition from the 895 level seen in all the γ-ray studies where this level is populated, for example, (n,γ) E=Th; (p,nγ); (7Li,pnγ); (α,pnγ); and other reactions. The next common transition is 321 keV, seen in several studies but with different intensities, while not reported in (p,nγ). For the other transitions shown here from this level, there are major differences about their observations and intensities, as noted in comments in the γ-ray Table. It is possible there are two or more levels near 895 keV.
E(level): Cautionary note: 617γ is the only transition from the 895 level seen in all the γ-ray studies where this level is populated, for example, (n,γ) E=Th; (p,nγ); (7Li,pnγ); (α,pnγ); and other reactions. The next common transition is 321 keV, seen in several studies but with different intensities, while not reported in (p,nγ). For the other transitions shown here from this level, there are major differences about their observations and intensities, as noted in comments in the γ-ray Table. It is possible there are two or more levels near 895 keV.
    927.0801+ < 11 ps XREF: U(950).
   1241.0871(+),2(+)   Probably a doublet (1241+1243) in particle transfer reactions and (n,γ) E=res.
   1242.64(0,1,2,3+)   E(level): Poor fit in level scheme.
Jπ(level): Transition to 1+ (g.s.) suggests (0,1,2,3+).
   1363.17(1,2,3+)   XREF: X(?)Y(?).
Jπ(level): Primary transition from 2- (in 63Cu(n,γ) E=0.577 and/or 63Cu(n,γ) E=2.66 keV) suggests 0-,1,2,3,4- with 0- and 4- less likely for strong primary transitions.
   1438.75(1)+   XREF: H(?)Q(1435).
   1461.38(2-)   XREF: X(?).
   1499.20(2)-   XREF: H(?)J(?)U(1520).
   1594.196- 20.4 ns 6  μ=+1.06 3 (1972Bl16,2020StZV)
XREF: F(1590).
   1594.39(1+,2)   XREF: B(?)Q(1591).
   1607.30(2+,3)   XREF: X(?).
   1615.8(5)+   XREF: d(1602).
   1648(2-)   XREF: M(?)U(1700).
   1683.126(1+,2+)   XREF: H(?).
Jπ(level): Primary transition from 2- (in 63Cu(n,γ) E=0.577 and/or 63Cu(n,γ) E=2.66 keV) suggests 0-,1,2,3,4- with 0- and 4- less likely for strong primary transitions.
   1749.2(LE 4)   Jπ(level): Primary transition from 1-,2- (in 63Cu(n,γ) E=th) suggests 0,1,2,3,4- with 4- less likely for strong primary transitions.
   1768.95(5+)   XREF: Y(1775).
   1779.55(1+,2+)   XREF: d(1775)M(1775)O(1774)Q(1775).
   1884(1+,2,3,4-)   XREF: M(?).
   1905.084(2-)   XREF: Q(1911).
   1917.4(LE 4-)   Jπ(level): Primary transition from 2- (in 63Cu(n,γ) E=0.577 and/or 63Cu(n,γ) E=2.66 keV) suggests 0-,1,2,3,4- with 0- and 4- less likely for strong primary transitions.
E(level)Jπ(level)T1/2(level)Comments
   1970.0(LE 3+)   XREF: O(1969).
E(level): Poor fit in level scheme.
Jπ(level): Transition to 1+ (g.s.) suggests (0,1,2,3+).
   2020.8(2+,3+)   XREF: Q(2016).
   2041.8(LE 3+)   E(level): Poor fit in level scheme.
Jπ(level): Transition to 1+ (g.s.) suggests (0,1,2,3+).
   2060.0(LE 3+)   E(level): Poor fit in level scheme.
Jπ(level): Transition to 1+ (g.s.) suggests (0,1,2,3+).
   2064.5(LE 4-)   Jπ(level): Primary transition from 2- (in 63Cu(n,γ) E=0.577 and/or 63Cu(n,γ) E=2.66 keV) suggests 0-,1,2,3,4- with 0- and 4- less likely for strong primary transitions.
   2075.09(2-,3-,4-)   XREF: M(2069).
   2139.7(0+,1,2,3+)   E(level): Poor fit in level scheme.
Jπ(level): Transition to 1+ (g.s.) suggests (0,1,2,3+).
   2221.0(3+)   XREF: M(2230)O(2226).
   2251.6(5+)   XREF: F(2250).
   2253.86(LE 3+)   XREF: Y(2249).
   2267.01(2-)   XREF: U(2290)V(2260).
   2274.24(0+,1,2,3+)   XREF: O(2275).
E(level): Poor fit in level scheme.
Jπ(level): Transition to 1+ (g.s.) suggests (0,1,2,3+).
   2279.761+   Jπ(level): Primary transition from 1- (in 63Cu(n,γ) E=2.038 keV) suggests 0,1,2,3- with 3- less likely for strong primary transitions.
   2301.041+   XREF: O(2295)Y(2294).
   2309.4(3+)   XREF: M(2311)O(2310).
   2316.50(1-,2-)   XREF: M(2327).
   2354.59(0+,1,2,3+)   E(level): Poor fit in level scheme.
Jπ(level): Transition to 1+ (g.s.) suggests (0,1,2,3+).
   2376.35(1+)   XREF: M(2375).
   2378.1(7-)   XREF: F(2370).
   2381.2(0+,1,2,3+)   E(level): Poor fit in level scheme.
Jπ(level): Transition to 1+ (g.s.) suggests (0,1,2,3+).
   2387.89(1+)   XREF: M(2389)Q(2386).
   2417.0(1+,2+,3+)   XREF: O(?).
   2491.2(0+,1,2,3+)   E(level): Poor fit in level scheme.
Jπ(level): Transition to 1+ (g.s.) suggests (0,1,2,3+).
   2507.26(LE 3)   XREF: Q(2511).
Jπ(level): Primary transition from 1- (in 63Cu(n,γ) E=2.038 keV) suggests 0,1,2,3- with 3- less likely for strong primary transitions.
   2522   XREF: Y(2520).
E(level)Jπ(level)T1/2(level)Comments
   2533.60(2-)   XREF: M(?)Y(?).
   2567(3+,4+,5+)   XREF: Y(2550).
   2586(3+)   XREF: M(2581).
   2607   XREF: M(2611)Y(2611).
   26321+   XREF: M(2622)Q(2643)Y(2622).
   2635.48(LE 3+)   XREF: M(2634)Y(2634).
   2670(1,2)   XREF: M(?)U(2660).
   2695.21(1-,2-)   XREF: M(2692)O(2691)Y(2692).
   2717.97(1-,2-)   XREF: M(2720)O(2723)Y(2720).
   2764.16(1-,2-)   XREF: M(2760)O(2757)Q(2760)U(2780)Y(2760).
   2776.55(1+,2+)   XREF: M(2774).
   2807(1-,2-)   XREF: M(2800)Q(2821)Y(2814).
   2830.53(1+,2,3+)   XREF: M(2823)Y(2823).
   2868.5(3+)   XREF: M(2876)Y(2876).
   2892.35(1+)   XREF: M(2891)Y(2891).
   29091+   XREF: M(?).
   2932.54(2-)   XREF: M(2931)Y(2931).
   2970(3+,4+,5+)   XREF: M(2970)R(2982)Y(2970).
   2985(2-)   XREF: Q(2981).
   3013.30(1-,2-)   XREF: M(3009).
   3033.56(2-)   XREF: M(3030).
   3051.1(7-)   XREF: M(3043).
   3051.75(LE 3+)   XREF: M(3055).
E(level): Poor fit in level scheme.
Jπ(level): Transition to 1+ (g.s.) suggests (0,1,2,3+).
   3071.5(2-)   XREF: d(3066)M(3077)Q(3064).
   3080.85(2-,3-)   XREF: M(3089).
E(level)Jπ(level)T1/2(level)Comments
   3125.06(1+,2+)   XREF: d(3130)Q(3122).
   3190.851+   XREF: M(3192)Q(3185)R(3195)U(3190).
   3191.1(8-)   XREF: α(3200).
   3257.55(1+,2+)   XREF: M(3260)Q(3252).
   3296(3+,4+,5+)   XREF: M(3290).
   3313.09(0,1,2)   XREF: M(3311).
   3343.98(0-,1,2,3+)   XREF: Q(3339).
Jπ(level): Primary transition from 2- (in 63Cu(n,γ) E=0.577 and/or 63Cu(n,γ) E=2.66 keV) suggests 0-,1,2,3,4- with 0- and 4- less likely for strong primary transitions.
   3352.83(1,2,3-)   Jπ(level): Primary transition from 1- (in 63Cu(n,γ) E=2.038 keV) suggests 0,1,2,3- with 3- less likely for strong primary transitions.
   3412.12(1-,2-)   XREF: d(3397)M(3411).
   3440.18(0+,1,2,3-)   XREF: M(3448).
Jπ(level): Primary transition from 1- (in 63Cu(n,γ) E=2.038 keV) suggests 0,1,2,3- with 3- less likely for strong primary transitions.
   3465.57(0-,1,2,3-)   Jπ(level): Primary transition from 1- (in 63Cu(n,γ) E=2.038 keV) suggests 0,1,2,3- with 3- less likely for strong primary transitions.
   3475.20(0+,1,2)   Jπ(level): Primary transition from 1- (in 63Cu(n,γ) E=2.038 keV) suggests 0,1,2,3- with 3- less likely for strong primary transitions.
   3493.35(0+,1,2,3)   XREF: M(3492).
Jπ(level): Primary transition from 1-,2- (in 63Cu(n,γ) E=th) suggests 0,1,2,3,4- with 4- less likely for strong primary transitions.
   3510.55(1,2)   XREF: M(3515).
   3524.640+,1+   XREF: Q(3522).
   3596.00(0,1,2)   Jπ(level): Primary transition from 1- (in 63Cu(n,γ) E=2.038 keV) suggests 0,1,2,3- with 3- less likely for strong primary transitions.
   3629.40(0,1,2,3-)   XREF: M(3623).
Jπ(level): Primary transition from 1- (in 63Cu(n,γ) E=2.038 keV) suggests 0,1,2,3- with 3- less likely for strong primary transitions.
   3711.80(0+,1+)   XREF: Q(3705).
   3783.16(1,2+)   XREF: M(3791).
   3802.73(0+,1+)   XREF: Q(3804).
   3826.92(1+)   XREF: Q(3827).
   3990.85(1+)   XREF: Q(3995)R(3998)U(4010).
   4034.01(1+)   XREF: M(4020)Q(4031)R(4039).
   4071.59(1+)   XREF: Q(4063).
   4140.84(0-,1-,2-)   XREF: M(4130)Q(4136).
E(level)Jπ(level)T1/2(level)Comments
   42051+   XREF: U(4190).
   4327.41(1+,2+)   XREF: R(4308).
   43731+   XREF: U(4390).
   4432.95(1-,2-)   XREF: M(4420).
   4444.48(0+,1+)   XREF: Q(4452).
   4549.48(0,1,2,3-)   XREF: α(4530).
Jπ(level): Primary transition from 1- (in 63Cu(n,γ) E=2.038 keV) suggests 0,1,2,3- with 3- less likely for strong primary transitions.
   4763.381+   XREF: Q(4744)U(4760).
   5043(2-)   XREF: M(5000)U(5060).
   5320(2-,3-,4-)   XREF: F(5350).
   7916.4031-,2-   S(n)=7915.867 24 (2016Te05, measured from energy of primary ground state transition.
E(level): S(n)=7915.867 24 (2016Te05, measured from energy of primary ground state transition.
   8188(2+)   XREF: O(8170).

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Additional Gamma Comments:

E(level)E(gamma)Comments
    362.230    202.948I(γ): from 7Li,pnγ)
    574.614    415.26E(γ): from (d,pγ)
I(γ): from (7Li,pnγ)
    746.241    383.7E(γ): from (α,pnγ) and (7Li,pnγ). Not reported in (n,γ)
I(γ): from (7Li,pnγ). Other: 30 in (α,pnγ)
    588E(γ): Reported in (d,pγ) only. Iγ not available
    878.274    600E(γ): Reported in (d,pγ) only. Iγ not available
    895.705    149.3E(γ): Reported in (d,pγ) only. Iγ not available
    157.4E(γ): Reported in (d,pγ) only. Iγ not available
    320.7I(γ): from (α,pnγ). Others: 24 24 in (n,γ), 121 10 in (7Li,pnγ). This γ has been reported in several γ-ray studies, but with different intensities, while not reported in (p,nγ)
    533.6E(γ): weighted average from (d,pγ) and (7Li,pnγ). This γ not reported in (p,nγ)
I(γ): from (7Li,pnγ) only
    736.52I(γ): from (n,γ) E=thermal. Other: 82 8 in (p,nγ). This γ not reported in (7Li,pnγ)
    896.0E(γ): unweighted average from (p,nγ) and (7Li,pnγ)
I(γ): from (p,nγ) only
    927.080    565.0E(γ): Reported in (p,nγ) only
   1241.087    362.9E(γ): Reported in (d,pγ) only. Iγ not available
    877.5E(γ): from (7Li,pnγ)
   1287.96   1010.0E(γ): Reported in (p,nγ) only
   1298.121    558.2E(γ): Reported in (p,nγ) only
    954.0E(γ): Reported in (p,nγ) only
   1019.7E(γ): Reported in (p,nγ) only
   1320.335    711.7E(γ): Reported in (p,nγ) only
    958.0E(γ): Reported in (p,nγ) only
    976.5E(γ): Reported in (p,nγ) only
   1041.5E(γ): Reported in (p,nγ) only
   1354.25    608.9E(γ): Reported in (d,pγ) only. Iγ not available
    779.65E(γ): Reported in (n,γ) E=th only
    992.11M(γ): from γ(θ) and Pol in (7Li,pnγ)
   1076.3E(γ): Reported in (d,pγ) only. Iγ not available
   1354.68E(γ): Reported in (n,γ) E=th only
E(level)E(gamma)Comments
   1363.17   1085.3E(γ): Reported in (p,nγ) only
   1363E(γ): Reported in (p,nγ) only
   1438.75    700.1E(γ): Reported in (d,pγ) only. Iγ not available
    775.9E(γ): Reported in (n,γ) E=th only
    831E(γ): Reported in (d,pγ) only. Iγ not available
   1161.7E(γ): from (d,pγ). Eγ=1159.3 5 in (p,nγ). Not reported in (n,γ) E=th
I(γ): from (p,nγ)
   1461.38    565.43E(γ): from (n,γ) E=th
   1099.6E(γ): weighted average from (p,nγ) and (7Li,pnγ)
   1499.20    890.5E(γ): Reported in (p,nγ) only
   1339.88E(γ): Reported in (n,γ) E=th only
   1521.148    947.0E(γ): Reported in (p,nγ) only
   1159.3E(γ): Reported in (p,nγ) only
   1177.04E(γ): Reported in (n,γ) E=th only
   1361.76E(γ): Reported in (n,γ) E=th only
   1550.49    812.0E(γ): Reported in (p,nγ) only
   1272.6E(γ): Reported in (p,nγ) only
   1594.39   1250.8E(γ): Reported in (p,nγ) only
   1315.3E(γ): Reported in (d,pγ) only. Iγ not available
   1607.30    998.0E(γ): Reported in (p,nγ) only
   1449E(γ): Reported in (p,nγ) only
   1683.126    756.3E(γ): Reported in (p,nγ) only
    805.0E(γ): Reported in (p,nγ) only
    937.0E(γ): Reported in (p,nγ) only
   1340.0E(γ): Reported in (p,nγ) only
   1700.65    805.0E(γ): Reported in (p,nγ) only
   1541.56E(γ): Reported in (n,γ) E=th only
E(level)E(gamma)Comments
   1739.79   1165.21E(γ): 1162 1 in (α,pnγ)
   1742.58    846.87E(γ): Reported in (n,γ) E=th only
   1398.70E(γ): Reported in (n,γ) E=th only
   1768.95   1195.4I(γ): from (7Li,pnγ)
   1779.55   1435.3E(γ): Reported in (n,γ) E=th only
   1780E(γ): Reported in (p,nγ) only
   1900.28   1557E(γ): Reported in (p,nγ) only
   1940.0   1940E(γ): Reported in (p,nγ) only
   2020.8    315E(γ): From γγ-coin in (α,pnγ) only
    780.0E(γ): Reported in (p,nγ) only
   2021E(γ): Reported in (p,nγ) only
   2041.8   2043E(γ): Reported in (p,nγ) only
   2053.3   1894E(γ): from (α,pnγ) only
   2072.8    479.1M(γ): γ(θ) in (α,pnγ) and ADO ratio and pol in (7Li,pnγ). For J=5, δ=+022
   2080.1   1718E(γ): Reported in (p,nγ) only
   2080E(γ): Reported in (p,nγ) only
   2139.7   1400.5E(γ): Reported in (p,nγ) only
   1477E(γ): Reported in (p,nγ) only
   2139E(γ): Reported in (p,nγ) only
   2184.2    830.0E(γ): Reported in (p,nγ) only
   1575E(γ): Reported in (p,nγ) only
   2184E(γ): Reported in (p,nγ) only
   2221.0   2221E(γ): Reported in (p,nγ) only
   2244.0   2244E(γ): Reported in (p,nγ) only
   2267.01   1904.80E(γ): Reported in (n,γ) E=th only
   1985E(γ): Reported in (p,nγ) only
E(level)E(gamma)Comments
   2274.24    953.97E(γ): Reported in (n,γ) E=th only
   1996E(γ): Reported in (p,nγ) only
   2117E(γ): Reported in (p,nγ) only
   2275E(γ): Reported in (p,nγ) only
   2301.04    259.3E(γ): Reported in (p,nγ) only
   1060.0E(γ): Reported in (p,nγ) only
   1373E(γ): Reported in (p,nγ) only
   1953E(γ): Reported in (p,nγ) only
   2141.73E(γ): Reported in (n,γ) E=th only
   2300E(γ): Reported in (p,nγ) only
   2309.4   1647E(γ): Reported in (p,nγ) only
   2029E(γ): Reported in (p,nγ) only
   2152E(γ): Reported in (p,nγ) only
   2309E(γ): Reported in (p,nγ) only
   2316.50   1972.59E(γ): Reported in (n,γ) E=th only
   2319E(γ): Reported in (p,nγ) only
   2322.6    249.9M(γ): From γ(θ) in (α,pnγ)
   2354.59    747.34E(γ): Reported in (n,γ) E=th only
   1616E(γ): Reported in (p,nγ) only
   2356E(γ): Reported in (p,nγ) only
   2381.2   2102E(γ): Reported in (p,nγ) only
   2382E(γ): Reported in (p,nγ) only
   2417.0   1754E(γ): Reported in (p,nγ) only
   2456.66   1560.94E(γ): Reported in (n,γ) E=th only
   2457E(γ): Reported in (p,nγ) only
E(level)E(gamma)Comments
   2491.2   2332E(γ): Reported in (p,nγ) only
   2491E(γ): Reported in (p,nγ) only
   2507.26   2345E(γ): Reported in (p,nγ) only
   2692.1    313.4I(γ): from (α,pnγ)
   3013.30   2666.6E(γ): Poor fit in level scheme
   3126.0    200.1E(γ): from (7Li,pnγ) only

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