ADOPTED LEVELS, GAMMAS for 52V

Authors: Yang Dong, Huo Junde |  Citation: Nucl. Data Sheets 128, 185 (2015) |  Cutoff date: 10-Jul-2015 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=3974.5 keV 9S(n)= 7311.24 keV 13S(p)= 9000.7 keV 10Q(α)= -9365 keV 5
Reference: 2012WA38

References:
  A  52Ti β- decay (1.7 M)  B  48Ca(7Li,3nγ),(11B,α3nγ)
  C  50Ti(3He,p)  D  50Ti(α,d)
  E  51V(n,γ) E=THERMAL  F  51V(d,p)
  G  51V(t,d)  H  51V(n,γ) E=0.75-11.3 MeV








E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
      0.0ABC EF   3+ 3.743 m 5 
% β- = 100
     
     17.155 6 A C EFG  2+,3+ 1.08 ns 22      17.153 6 
  100
M1
      0.0
3+
     22.764 3  BCDEFG  +       22.764 3 
  100
E2(+M1)
      0.0
3+
    141.610 6 A C EFG  1+      124.453 3 
  100
[M1,E2]
     17.155
2+,3+
    147.845 3     EFG  +      125.082 3 
   147.845 4 
  100 20 
   17 4 


     22.764
      0.0
+
3+
    436.634 9   C EFG  2+      295.004 9 
   419.468 23 
   436.61 3 
   49
   70
  100 21 



    141.610
     17.155
      0.0
1+
2+,3+
3+
    793.544 12     EF   3+      356.87 5 
   645.69 3 
   776.41 4 
   793.54 3 
    1.2
  100 23 
    1.2 2 
   28 5 




    436.634
    147.845
     17.155
      0.0
2+
+
2+,3+
3+
    845.945 12   C EFG  4+      698.13 3 
   823.19 3 
   845.98 3 
   13 3 
  100 20 
   80 17 



    147.845
     22.764
      0.0
+
+
3+
    881 14      F          
   1289.843 22   C EFG  (1)+     1148.28 5 
  1272.64 4 
   35 7 
  100 18 


    141.610
     17.155
1+
2+,3+
   1418.814 14   C EFG  3+      572.89 5 
   981.98 8 
  1270.91 4 
  1401.65 3 
  1418.78 3 
    6.6 13 
   29 6 
   17 4 
  100 21 
  100 21 





    845.945
    436.634
    147.845
     17.155
      0.0
4+
2+
+
2+,3+
3+
   1493.06 20  B   F   + 1.8 ps 10    1470.27 20 
  100

     22.764
+
   1558.848 16     EFG  4+      712.90 3 
  1410.97 3 
  1536.17 9 
  1541.77 8 
  1558.79 3 
   16 3 
    2.7 6 
    0.93 18 
    0.51 10 
  100 19 





    845.945
    147.845
     22.764
     17.155
      0.0
4+
+
+
2+,3+
3+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   1579.15 4     EF       1579.12 4 
  100

      0.0
3+
   1664 6   C  FG  1+        
   1732.568 17     EF   (-)      886.66 3 
  1584.70 5 
  1591.6 3 
  1709.78 3 
  1732.53 4 
  100 21 
   23 5 
    4.5 9 
   79 15 
  100 21 





    845.945
    147.845
    141.610
     22.764
      0.0
4+
+
1+
+
3+
   1759.618 20   C EFG  3+      965.6 4 
  1322.92 3 
  1611.77 4 
  1618.05 9 
  1742.50 4 
    2.3 4 
   92 19 
  100 21 
    5.2 10 
   29 6 





    793.544
    436.634
    147.845
    141.610
     17.155
3+
2+
+
1+
2+,3+
   1770.174 20     E G      1333.60 5 
  1622.42 5 
  1747.33 4 
  100 19 
   84 18 
   40 8 



    436.634
    147.845
     22.764
2+
+
+
   1795.116 16   C EFG  2+      505.27 3 
  1001.62 4 
  1358.50 3 
  1647.30 10 
  1653.46 4 
  1777.91 6 
  1795.05 3 
    6.1 12 
   35 7 
   94 18 
    0.73 15 
    3.7 7 
  100 21 
    7.9 15 







   1289.843
    793.544
    436.634
    147.845
    141.610
     17.155
      0.0
(1)+
3+
2+
+
1+
2+,3+
3+
   1843 12      FG  +        
   2100.834 13   C EFG  3+      541.79 18 
   682.02 3 
  1254.87 3 
  1307.28 3 
  1664.18 3 
  1952.92 4 
  2083.64 3 
  2100.83 4 
    1.9 4 
   23 4 
   33 6 
   54 11 
   77 16 
  100 21 
   55 6 
   42 4 








   1558.848
   1418.814
    845.945
    793.544
    436.634
    147.845
     17.155
      0.0
4+
3+
4+
3+
2+
+
2+,3+
3+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   2152 10   C  FG  1+        
   2168.637 17     EF   4+     1325 1 
  1375.06 3 
  2020.76 4 
  2145.84 3 
  2151.41 6 
  2168.59 5 
   15
    6.1 12 
   15.5 15 
  100 9 
    2.48 24 
    7.5 8 






    845.945
    793.544
    147.845
     22.764
     17.155
      0.0
4+
3+
+
+
2+,3+
3+
   2318.03 3   C EFG  3+      899.02 9 
  1472.05 6 
  1524.56 5 
  2170.24 6 
  2300.76 6 
  2317.79 8 
   67 13 
   51 10 
   53 11 
   96 10 
   42 4 
  100 10 






   1418.814
    845.945
    793.544
    147.845
     17.155
      0.0
3+
4+
3+
+
2+,3+
3+
   2347     F          
   2396 10   C      0+,(1+)        
   2427.656 19   C EFG  2+,3+     1634.04 3 
  1991.44 15 
  2286.03 4 
  2410.44 5 
  2427.59 4 
   82 17 
    2.3 5 
   32 3 
  100 9 
   40 5 





    793.544
    436.634
    141.610
     17.155
      0.0
3+
2+
1+
2+,3+
3+
   2473 13      F          
   2538.846 22     EFG  +      806.45 8 
   979.94 12 
  1120.04 14 
  1692.96 4 
  1744.92 22 
  2515.98 7 
   15 3 
   15 3 
    8.7 17 
   28 5 
    6.1 12 
  100 10 






   1732.568
   1558.848
   1418.814
    845.945
    793.544
     22.764
(-)
4+
3+
4+
3+
+
   2543.0 3  B       (9+) 5.5 ps 4    1049.98 18 
  100
[E2]
   1493.06
+
   2559.38 5     EF       2122.66 7 
  2417.83 9 
  2559.36 9 
  100 10 
   47 4 
   50 4 



    436.634
    141.610
      0.0
2+
1+
3+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   2591 10   C      1+        
   2697 10   C      0+,(1+)        
   2743.05 5     E         972.6 3 
  1897.58 25 
  2601.43 10 
  2725.83 9 
  2742.96 6 
    9.7 16 
    9.7 16 
   20.2 24 
   52 6 
  100 10 





   1770.174
    845.945
    141.610
     17.155
      0.0

4+
1+
2+,3+
3+
   2775.84 4   C EFG  +     1486.20 15 
  1930.04 10 
  2758.61 4 
    8.8 16 
   31 6 
  100 10 



   1289.843
    845.945
     17.155
(1)+
4+
2+,3+
   2824.58 3     EF       2030.75 9 
  2387.93 4 
  2807.35 4 
   23.4 21 
  100 10 
   81 8 



    793.544
    436.634
     17.155
3+
2+
2+,3+
   2858.878 25     EFG  +      758.43 23 
  2065.27 5 
  2420 1 
  2710.97 4 
  2841.64 4 
  2858.62 13 
    1.6 3 
    7.1 7 
  100
   34 3 
   59 6 
    2.9 3 






   2100.834
    793.544
    436.634
    147.845
     17.155
      0.0
3+
3+
2+
+
2+,3+
3+
   2881 10   C      1+,2+,3+        
   2910.40 5     EF   +     2472.73 6 
  2911.64 9 
  100 11 
   43 5 


    436.634
      0.0
2+
3+
   2987.29 3     E        2550.60 19 
  2839.24 20 
  2970.15 5 
  2987.13 4 
    8.6 7 
   19 2 
   59 6 
  100 10 




    436.634
    147.845
     17.155
      0.0
2+
+
2+,3+
3+
   3009.15 6     EF   +     2163.20 6 
  2216.3 4 
  2860.59 24 
  3008.96 13 
  100 10 
   15.6 11 
   30 3 
   20.0 11 




    845.945
    793.544
    147.845
      0.0
4+
3+
+
3+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   3059.54 4   C EFG  (2,3)+     1641.6 3 
  1769.70 4 
  2266.06 9 
  2622.73 7 
  3059.33 7 
   10.8 22 
  100 20 
   34 3 
   91 10 
   87 4 





   1418.814
   1289.843
    793.544
    436.634
      0.0
3+
(1)+
3+
2+
3+
   3149 15   C      1+,2+,3+        
   3184.32 4     E        1765.42 6 
  1894.11 23 
  2338.16 9 
  2390.82 5 
  2747.42 21 
  3184.14 25 
   48 10 
   12.9 22 
   37 3 
  100 10 
   16.1 21 
    7.5 11 






   1418.814
   1289.843
    845.945
    793.544
    436.634
      0.0
3+
(1)+
4+
3+
2+
3+
   3194.275 17     EFG  4+      655.41 4 
  1093.38 5 
  1399.44 11 
  1424.11 3 
  1635.42 4 
  1775.42 3 
  2348.21 8 
  3046.30 5 
  3171.35 7 
   12.5 25 
   13 3 
    4.6 9 
   32 6 
   26 5 
  100 20 
   12.8 12 
   32.0 16 
    5.31 25 









   2538.846
   2100.834
   1795.116
   1770.174
   1558.848
   1418.814
    845.945
    147.845
     22.764
+
3+
2+

4+
3+
4+
+
+
   3198.91 6     E        2352.76 16 
  3051.05 8 
  3176.07 11 
  3198.29 25 
   23 3 
   64 3 
  100 4 
   13.0 14 




    845.945
    147.845
     22.764
      0.0
4+
+
+
3+
   3243 10   C  F   +        
   3315.20 6     EFG  +     2469.05 8 
  3292.42 10 
  3315.34 14 
  100 9 
   71 3 
   41 3 



    845.945
     22.764
      0.0
4+
+
3+
   3333.19 5   C E        1537.6 3 
  1573.54 14 
  1914.27 8 
  2896.37 13 
  3310.48 10 
  3333.12 10 
   12 3 
   21 4 
   40 9 
   16.1 18 
   19.6 9 
  100 5 






   1795.116
   1759.618
   1418.814
    436.634
     22.764
      0.0
2+
3+
3+
2+
+
3+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   3450.04 5     EF   -     1131.99 11 
  1891.38 21 
  2656.46 9 
  3427.15 7 
  3432.46 18 
   44 9 
   12.9 22 
  100 10 
   99 5 
   10.8 11 





   2318.03
   1558.848
    793.544
     22.764
     17.155
3+
4+
3+
+
2+,3+
   3473.79 6     EFG  +     1894.11 23 
  2054.98 15 
  2627.70 8 
  3326.3 3 
  3473.75 8 
   23 4 
   40 4 
  100 9 
   15.1 19 
   94 6 





   1579.15
   1418.814
    845.945
    147.845
      0.0

3+
4+
+
3+
   3509 13      F   -        
   3538.52 5   C EFG  -     2692.74 17 
  2744.8 5 
  3101.71 6 
  3390.61 7 
   14.7 15 
   10.3 7 
  100 5 
   71 4 




    845.945
    793.544
    436.634
    147.845
4+
3+
2+
+
   3575.97 4   C EF   3+     1148.28 5 
  1996.78 14 
  3139.26 6 
  3558.69 6 
   67 14 
   14 3 
  100 5 
   97 5 




   2427.656
   1579.15
    436.634
     17.155
2+,3+

2+
2+,3+
   3644.97 6     EF   +     2799.00 23 
  2851.24 11 
  3622.06 8 
  3645.00 13 
   26 3 
   63 6 
  100 6 
   46 3 




    845.945
    793.544
     22.764
      0.0
4+
3+
+
3+
   3687 8   C   G  -        
   3729.61 5   C EF   3+     1301.95 9 
  1996.78 14 
  2439.27 24 
  2883.73 10 
  3706.71 7 
   55 10 
   28 6 
   16.4 15 
   73 7 
  100 4 





   2427.656
   1732.568
   1289.843
    845.945
     22.764
2+,3+
(-)
(1)+
4+
+
   3733.15 3     EF   +     1564.55 5 
  1973.48 6 
  2313.69 23 
  2442.86 19 
  2939.54 6 
  3296.54 11 
  3584.9 3 
  3593.5 7 
  3715.80 6 
   25 5 
   20 4 
    4.8 4 
    4.8 4 
   25 3 
   26.0 15 
    4.0 4 
    2.6 4 
  100 5 









   2168.637
   1759.618
   1418.814
   1289.843
    793.544
    436.634
    147.845
    141.610
     17.155
4+
3+
3+
(1)+
3+
2+
+
1+
2+,3+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   3777.09 3   C E G  -     2006.95 6 
  2218.2 3 
  2931.07 4 
  3340.8 5 
  3629.06 7 
  3754.05 7 
  3760.03 12 
  3776.78 20 
   97 10 
   10.8 8 
  100 10 
    3.1 8 
   50.8 23 
   97 5 
   13.8 8 
    9.2 8 








   1770.174
   1558.848
    845.945
    436.634
    147.845
     22.764
     17.155
      0.0

4+
4+
2+
+
+
2+,3+
3+
   3808.51 3   C E    +     1065.77 18 
  2038.29 5 
  2076.00 7 
  2249.39 9 
  2962.46 5 
  3014.96 7 
  3785.48 8 
   12 3 
   80 8 
   28 3 
   18.5 16 
  100.0 16 
   73 4 
   22.8 11 







   2743.05
   1770.174
   1732.568
   1558.848
    845.945
    793.544
     22.764


(-)
4+
4+
3+
+
   3875 12   C   G  +        
   3940 10       G  -        
   3960 10      F   +        
   4034 10       G  -        
   4108.70 5   C E        2313.69 23 
  2529.66 24 
  2818.56 18 
  3671.83 6 
  3967.06 12 
  4091.70 15 
  4108.59 15 
   10.1 8 
    7.8 8 
   11.7 16 
  100 5 
   14.1 8 
   10.1 8 
   14.1 8 







   1795.116
   1579.15
   1289.843
    436.634
    141.610
     17.155
      0.0
2+

(1)+
2+
1+
2+,3+
3+
   4120 10       G  -        
   4278.72 4   C E G  -     1739.95 3 
  2109.81 11 
  2546.09 20 
  3432.46 18 
  3484.64 10 
  4129.82 18 
  4255.08 15 
   13 3 
  100 10 
   16.9 14 
   14.1 14 
   35.2 14 
   76 4 
   29.6 14 







   2538.846
   2168.637
   1732.568
    845.945
    793.544
    147.845
     22.764
+
4+
(-)
4+
3+
+
+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   4285.26 6     E        1726.14 16 
  2706.0 5 
  3491.43 9 
  4137.30 16 
  4267.8 3 
  4285.11 8 
   29 6 
   10.2 20 
   53.1 20 
   28.6 20 
   12.2 20 
  100 4 






   2559.38
   1579.15
    793.544
    147.845
     17.155
      0.0


3+
+
2+,3+
3+
   4327 15   CD FG  (8)-        
   4419.59 6   C EFG      1508.49 10 
  1643.77 16 
  1860.8 5 
  2319.08 9 
  2649.13 24 
  2660.6 4 
  3983.01 12 
   18 3 
   15 3 
    2.8 7 
  100 10 
    6.3 7 
    3.5 7 
   14.0 7 







   2910.40
   2775.84
   2559.38
   2100.834
   1770.174
   1759.618
    436.634
+
+

3+

3+
2+
   4455 15   C  F   -        
   4483.29 5   C E        1571.54 19 
  1740.0 3 
  2382.67 14 
  2724.14 20 
  2904.14 18 
  4046.2 6 
  4341.49 10 
  4466.00 8 
   25 6 
   12 3 
   25 3 
   36 4 
   15.2 14 
    5.6 14 
   38.9 14 
  100 6 








   2910.40
   2743.05
   2100.834
   1759.618
   1579.15
    436.634
    141.610
     17.155
+

3+
3+

2+
1+
2+,3+
   4518.91 4     E        1979.96 5 
  2417.83 9 
  2724.14 20 
  2786.63 14 
  3725.39 10 
  4370.86 13 
  100 20 
   53 5 
   43 5 
   25 3 
   46.7 17 
   28.3 17 






   2538.846
   2100.834
   1795.116
   1732.568
    793.544
    147.845
+
3+
2+
(-)
3+
+
   4533 10       G  -        
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   4557 15   C      1+,2+,3+        
   4609.45 5   C E G  1+     1749.9 4 
  1833.75 7 
  2070.48 6 
  2839.24 20 
  2876.4 3 
  3815.21 22 
  4461.18 19 
  4586.63 10 
   13 3 
   53 11 
  100 10 
   44 5 
   11.3 16 
   12.9 16 
   17.7 16 
   41.9 16 








   2858.878
   2775.84
   2538.846
   1770.174
   1732.568
    793.544
    147.845
     22.764
+
+
+

(-)
3+
+
+
   4717 8   C   G  +        
   4755.19 9     E        1695.74 14 
  2586.54 19 
  3022.76 22 
  4317.9 4 
  4606.74 20 
  100 21 
   74 5 
   63 5 
   26 5 
   47 5 





   3059.54
   2168.637
   1732.568
    436.634
    147.845
(2,3)+
4+
(-)
2+
+
   4772 10       G  +        
   4904 8   C   G  +        
   4951 15   C             
   4986 9   C   G  (1,2,3)+        
   5038.88 6     E        1853.8 5 
  2213.96 21 
  3479.85 21 
  4192.79 7 
  5015.81 12 
  5038.80 16 
    4.0 10 
    8.5 10 
    7.0 5 
  100 5 
   23.5 10 
    8.0 5 






   3184.32
   2824.58
   1558.848
    845.945
     22.764
      0.0


4+
4+
+
3+
   5080 8   C   G  -        
   5096 15   C             
   5187 10       G  -        
   5233 15   C             
   5276 8   C   G  +        
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   5344 11   C   G  +        
   5410 15   C      (1+,2+,3+)        
   5488 12   C   G  +        
   5548 8   C   G  -        
   5600 15   C             
   5646 8   C   G  +        
   5711 15   C             
   5744 8   C   G  (1,2,3)+        
   5813 15   C             
   5851 8   C   G  +        
   5946 8   C   G  +        
   6021 15   C             
   6086 8   C   G  +        
   6167 8   C   G  +        
   6225 15   C             
   6277 10   C   G  +        
   6326 15   C             
   6374 15   C             
   6406 8   C   G  +        
   6472 15   C             
   6519 8   C   G  +        
   6557 15   C             
   6590 15   C             
   6640 15   C      1+,2+,3+        
   6675 15   C             
   6744 15   C             
   6809 15   C             
   6844 15   C             
   6887 12   C   G         
   6919 15   C   G         
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   7110 25       G         
   7311.22 3    DE G         
   7540 25       G         
   7850 25       G         
   8050 25       G         
   8250 25       GH 3.7 keV 4       
   8400 25       G         
      8.62E3       H 3.3 keV 4       
   8760 25       G         
   8838 15   C      0+        
   9060 25       G         
   9310 25       G         
   9510 25       G         
      9.60E3       H 11.7 keV 12       
  10080 25       G         
  10650 25       G         

E(level): Levels connected by gammas are from least squares fit, levels not connected by gammas are from 51V(t,d), except as noted.

Jπ(level): L values from 51V(d,p) do not impose many restrictions on the range of J values. Allowed spins are, therefore, not listed when only L from (d,p) is available. Refer to (d,p) data set. Parities, when given alone, are based on L in (d,p), except as noted.

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Additional Gamma Data:















E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Conversion
Coefficient		Additional Data
     17.155 2+,3+ 1.08 ns 22      17.153 6 M1 7B(M1)(W.u.)=0.97 20, α=7 3
     22.764 +       22.764 3 E2(+M1)0.63 GT7.E1α=7.E1 4, α(K)=6.0×101 4, α(L)=10 6
   2543.0 (9+) 5.5 ps 4    1049.98 18 [E2] B(E2)(W.u.)=7.0 5

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
     17.1552+,3+ 1.08 ns 22  XREF: C(19).
     22.764+   XREF: C(19)d(20).
Jπ(level): On the basis of comparison of yield with a fusion-evaporation calculation and of the level structure predicted by a shell-model calculation (1984De15), in (7Li,3nγ), propose Jπ=5+,7+, and 9+, respectively, for levels at 22, 1493, and 2543.
    436.6342+   XREF: C(442)F(431).
    793.5443+   XREF: F(787).
    845.9454+   XREF: C(853)F(838)γ(830).
E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
    881   E(level): From 51V(d,p).
   1289.843(1)+   XREF: C(1297)F(1277)γ(1305).
   1418.8143+   XREF: C(1423)F(1417)γ(1436).
E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   1493.06+ 1.8 ps 10  Jπ(level): On the basis of comparison of yield with a fusion-evaporation calculation and of the level structure predicted by a shell-model calculation (1984De15), in (7Li,3nγ), propose Jπ=5+,7+, and 9+, respectively, for levels at 22, 1493, and 2543.
   1558.8484+   XREF: F(1557)γ(1569).
E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   16641+   XREF: C(1665)F(1660)γ(1665).
E(level): From weighted average of values in 50Ti(3He,p), 51V(d,p), and 51V(t,d).
   1732.568(-)   XREF: F(1729).
   1759.6183+   XREF: C(1766)F(1756).
   1795.1162+   XREF: C(1802)F(1792).
E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   1843+   E(level): From weighted average of values in 51V(d,p) and 51V(t,d).
   2100.8343+   XREF: C(2108)F(2097)γ(2104).
E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   21521+   XREF: F(2143)γ(2155).
E(level): From weighted average of values in 50Ti(3He,p), 51V(d,p), and 51V(t,d).
   2168.6374+   XREF: F(2166).
E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   2318.033+   XREF: C(2325)F(2321).
E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   2347   E(level): From 51V(d,p).
   23960+,(1+)   E(level): From 50Ti(3He,p).
   2427.6562+,3+   XREF: C(2435)F(2432)γ(2438).
E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   2473   E(level): From 51V(d,p).
   2538.846+   XREF: F(2541)γ(2533).
E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   2543.0(9+) 5.5 ps 4  Jπ(level): On the basis of comparison of yield with a fusion-evaporation calculation and of the level structure predicted by a shell-model calculation (1984De15), in (7Li,3nγ), propose Jπ=5+,7+, and 9+, respectively, for levels at 22, 1493, and 2543.
E(level)Jπ(level)T1/2(level)Comments
   25911+   E(level): From 50Ti(3He,p).
   26970+,(1+)   E(level): From 50Ti(3He,p).
   2775.84+   XREF: C(2785)F(2781)γ(2768).
   2858.878+   E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   28811+,2+,3+   E(level): From 50Ti(3He,p).
   3059.54(2,3)+   XREF: C(3066)F(3063)γ(3058).
   31491+,2+,3+   E(level): From 50Ti(3He,p).
   3194.2754+   E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   3243+   XREF: C(3249)F(3238).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(d,p).
   3315.20+   XREF: F(3314)γ(3287).
   3538.52-   XREF: C(3550)F(3548)γ(3549).
   3575.973+   XREF: C(3579)F(3586).
   3687-   XREF: C(3693)γ(3684).
   3729.613+   XREF: C(3726).
E(level): B(E2)(W.u.)|_=7.0 5.
Jπ(level): J is from γ(circ pol) in (n,γ). π is from L(d,p)=1.
   3777.09-   XREF: C(3781)γ(3769).
   3808.51+   XREF: C(3822).
   3875+   XREF: C(3894)γ(3867).
   3960+   E(level): From 51V(d,p).
   4278.72-   XREF: C(4276)γ(4307).
   4327(8)-   XREF: d(4320)F(4320)γ(4307).
   4419.59   XREF: γ(4429).
   4483.29   XREF: C(4496).
   4609.451+   XREF: C(4622).
   4717+   XREF: C(4721)γ(4715).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   4904+   XREF: C(4910)γ(4902).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
E(level)Jπ(level)T1/2(level)Comments
   4951   E(level): From 50Ti(3He,p).
   4986(1,2,3)+   XREF: C(5000)γ(4980).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   5080-   XREF: C(5070)γ(5085).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   5096   E(level): From 50Ti(3He,p).
   5233   E(level): From 50Ti(3He,p).
   5276+   XREF: C(5273)γ(5277).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   5344+   XREF: C(5360)γ(5337).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   5410(1+,2+,3+)   E(level): From 50Ti(3He,p).
   5488+   XREF: C(5506)γ(5480).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   5548-   E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   5600   E(level): From 50Ti(3He,p).
   5646+   E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   5711   E(level): From 50Ti(3He,p).
   5744(1,2,3)+   E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   5813   E(level): From 50Ti(3He,p).
   5851+   XREF: γ(5845).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   5946+   XREF: C(5936)γ(5951).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   6021   E(level): From 50Ti(3He,p).
   6086+   XREF: C(6084)γ(6087).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   6167+   XREF: γ(6166).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   6225   E(level): From 50Ti(3He,p).
   6277+   XREF: C(6292)γ(6270).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   6326   E(level): From 50Ti(3He,p).
   6374   E(level): From 50Ti(3He,p).
   6406+   XREF: C(6414)γ(6403).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
E(level)Jπ(level)T1/2(level)Comments
   6472   E(level): From 50Ti(3He,p).
   6519+   XREF: C(6524)γ(6517).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   6557   E(level): From 50Ti(3He,p).
   6590   E(level): From 50Ti(3He,p).
   66401+,2+,3+   E(level): From 50Ti(3He,p).
   6675   E(level): From 50Ti(3He,p).
   6744   E(level): From 50Ti(3He,p).
   6809   E(level): From 50Ti(3He,p).
   6844   E(level): From 50Ti(3He,p).
   6887   XREF: C(6886).
E(level): From weighted average of values in 50Ti(3He,p) and 51V(t,d).
   6919   E(level): From 50Ti(3He,p).
   7311.22   XREF: γ(7320).
   8250 3.7 keV 4  XREF: H(8200).
E(level): From 51V(n,γ) E=0.75-11.3 MeV.
T1/2(level): From 51V(n,γ) E=0.75-11.3 MeV.
      8.62E3 3.3 keV 4  E(level): From 51V(n,γ) E=0.75-11.3 MeV.
T1/2(level): From 51V(n,γ) E=0.75-11.3 MeV.
   88380+   T=4
Identified as IAS 52Ti g.s. in 50Ti(3He,p).
E(level): Identified as IAS 52Ti g.s. in 50Ti(3He,p). From 50Ti(3He,p).
      9.60E3 11.7 keV 12  E(level): From 51V(n,γ) E=0.75-11.3 MeV.
T1/2(level): From 51V(n,γ) E=0.75-11.3 MeV.

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Additional Gamma Comments:

E(level)E(gamma)Comments
   1289.843   1148.28E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   1493.06   1470.27E(γ): From 48Ca(7Li,3nγ),(11B,α3nγ).
I(γ): From 48Ca(7Li,3nγ),(11B,α3nγ).
   2543.0   1049.98E(γ): From 48Ca(7Li,3nγ),(11B,α3nγ).. B(E2)(W.u.)|_=7.0 5
I(γ): From 48Ca(7Li,3nγ),(11B,α3nγ).
   2559.38   2417.83E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   2987.29   2839.24E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   3184.32   1894.11E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   3450.04   3432.46E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   3473.79   1894.11E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   3575.97   1148.28E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   1996.78E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   3729.61   1996.78E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   3733.15   2313.69E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   4108.70   2313.69E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   4278.72   3432.46E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   4483.29   2724.14E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   4518.91   2417.83E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   2724.14E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   4609.45   2839.24E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity

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