ADOPTED LEVELS, GAMMAS for 120Sb

Authors: K. Kitao, Y. Tendow and A. Hashizume |  Citation: Nucl. Data Sheets 96, 241 (2002) |  Cutoff date: 1-Dec-2001 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=950 keV 8S(n)= 7015 keV 11S(p)= 5642 keV 8Q(α)= -2593 keV 8
Reference: 2012WA38

References:
  A  116Cd(7Li,3nγ)  B  119Sn(p,n) IAR
  C  120Sn(p,nγ)  D  120Sn(p,n):BOUND STATES
  E  120Sn(p,NP) IAR  F  120Sn(3He,t) IAR
  G  121Sb(p,d),(d,t) 








E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
      0.0  C E G 1+ 15.89 m 4 
% ε = 100
     
      0.0+XA       8- 5.76 d 2 
% ε = 100
     
      8.37 6   C     (2)-        
     78.16 5   C   G 3+ 246 ns 2      69.78 4 
  100
E1
      8.37
(2)-
    149.32 5   C   G 3+       71.14 5 
  100
(M1+E2)
     78.16
3+
    165.20+X 24 A            165.0 3 
  100
D
      0.0+X
8-
    166.09 7   C     3-      157.66 5 
  100
D+Q
      8.37
(2)-
    192.62 4   C   G 2+      114.47 5 
   192.63 5 
  100.0 13 
   35 6 
(M1+E2)
M1+E2
     78.16
      0.0
3+
1+
    230.40+X 21 A             65.0 3 
   230.4 3 
   19.0 4 
  100.0 4 
D
Q
    165.20+X
      0.0+X

8-
    233.09 4   C   G 2+       83.75 7 
   154.91 7 
   233.09 5 
    1.7 2 
   30 3 
  100.0 13 



    149.32
     78.16
      0.0
3+
3+
1+
    243.89 6   C     4       94.51 6 
   165.61 7 
   73 8 
  100 4 
D+Q
D+Q
    149.32
     78.16
3+
3+
    260.20 7   C     3-      251.92 5 
  100
M1+E2
      8.37
(2)-
    261.71 9   C     4       95.62 6 
  100
D+Q
    166.09
3-
    280?      G        
    334.08 7   C   G 4       90.2 1 
   184.76 5 
   10 1 
  100 4 

D+Q
    243.89
    149.32
4
3+
    341.35 7   C     5       81.5 1 
    97.33 6 
  100 5 
   80 4 

D+Q
    260.20
    243.89
3-
4
    343.24 8   C     4      177.15 5 
  100

    166.09
3-
    387.11 14   C   G      125.4 1 
  100

    261.71
4
    390.34 5   C     2,3      146.44 5 
   157.21 7 
   197.77 6 
   20.9 10 
    7.1 10 
  100 5 
D+Q


    243.89
    233.09
    192.62
4
2+
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    437.68 6   C   G 2+      245.10 6 
   271.43 8 
   288.40 5 
   12.6 13 
   25.5 12 
  100 5 


D+Q
    192.62
    166.09
    149.32
2+
3-
3+
    447.69 4   C     1+      214.60 5 
   255.02 5 
   369.60 6 
   439.30 9 
   447.64 9 
   29.8 14 
   85 6 
   63 10 
   76 11 
  100 5 

D+Q


D+Q
    233.09
    192.62
     78.16
      8.37
      0.0
2+
2+
3+
(2)-
1+
    518.0+X 3 A            287.4 3 
  100

    230.40+X

    551.86 17   C          543.4 2 
  100

      8.37
(2)-
    616.69 21   C          372.8 2 
  100

    243.89
4
    628.46 11   C   G 2+,3+      395.3 2 
   436.0 2 
   628.5 2 
   22 1 
   63 3 
  100 5 



    233.09
    192.62
      0.0
2+
2+
1+
    636.59 15   C     2,3,4+      392.7 2 
   403.5 2 
  100 5 
   25 1 


    243.89
    233.09
4
2+
    668 5       G 2+,3+        
    699 5       G +        
    724.24 13   C   G 2+,3+      390.2 2 
   531.6 2 
   33 2 
  100 5 


    334.08
    192.62
4
2+
    729.82 21   C          580.5 2 
  100

    149.32
3+
    758.69 21   C          592.6 2 
  100

    166.09
3-
    760.92 13   C          132.5 1 
   313.1 2 
  100
   82 4 


    628.46
    447.69
2+,3+
1+
    772 4       G +        
    820.39 21   C          587.3 2 
  100

    233.09
2+
    821.69 21   C          577.8 2 
  100

    243.89
4
    841.64 14   C   G 2+,3+      117.4 1 
   649.0 2 
   87 4 
  100 5 


    724.24
    192.62
2+,3+
2+
    858.0+X 3 A       (8-)      339.9 3 
   627.6 3 
   21 2 
  100 1 
D
Q
    518.0+X
    230.40+X


E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    901.69 21   C          668.6 2 
  100

    233.09
2+
    908.29 21   C   G 2+,3+      675.2 2 
  100

    233.09
2+
    934 4       G +        
    974 4       G 2+,3+        
   1022.35 17   C E G +      470.4 2 
   632.1 2 
   40 2 
  100 5 


    551.86
    390.34

2,3
   1032.31 15   C          584.7 2 
   641.9 2 
  100 5 
   64 3 


    447.69
    390.34
1+
2,3
   1037.06+X 25 A       (9-)      178.9 3 
  1037.2 3 
  100 1 
 
D+Q

    858.0+X
      0.0+X
(8-)
8-
   1059 5       G 2+,3+        
   1104 4       G +        
   1164 4       G 2+,3+        
   1208 4       G +        
   1239 4       G 2+,3+        
   1242.6+X 3 A           1242.6 3 
  100
(Q)
      0.0+X
8-
   1285 4       G        
   1331 4       G 2+,3+        
   1369.9+X 4 A       (10-)      332.8 3 
   511.7 4 ?
  100
 
D+Q

   1037.06+X
    858.0+X
(9-)
(8-)
   1383 4       G 2+,3+        
   1449.8+X 4 A            931.8 3 
  100
D
    518.0+X

   1457 5       G 2+,3+        
   1499 4       G +        
   1550 5       G +        
   1564.9+X 4 A            115.0 3 
   322.4 3 
   48 1 
  100 1 
D
D
   1449.8+X
   1242.6+X


   1586 5       G 2+,3+        
   1639 6       G 2+,3+        
   1697 6       G 2+,3+        
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   1742.8+X 5 A       (11-)      372.9 3 
   705.7 4 ?
  100
 
D+Q

   1369.9+X
   1037.06+X
(10-)
(9-)
   2123.9+X 5 A            559.0 3 
  100
D
   1564.9+X

   2134.1+X 5 A       (12-)      391.3 3 
   764.2 4 
  100
 
D+Q

   1742.8+X
   1369.9+X
(11-)
(10-)
   2266.3+X 4 A           1023.7 3 
  100

   1242.6+X

   2328.3+X 6 A       400 ns 8     204.4 3 
  100
(Q)
   2123.9+X

   2552.7+X 6 A       (13-)      418.6 3 
 

   2134.1+X
(12-)
   2736.4+X 5 A            470.1 3 
  100
(Q)
   2266.3+X

   2884.7+X 6 A       14 ns 3     148.3 3 
  100
(Q)
   2736.4+X

  10204 30  B             
  11354 30  B             
  11994 30  B             
  12314 30  B             
  12504 30  B             
  12604 30  B             
  12784 30  B             
  12914 30  B             
  13034 30  B             
  13124 30  B             

E(level): For levels connecting with γ-transitions, from a least-squares fit to adopted E(γ’s) by the evaluators. Others from 121Sb(p,d),(d,t), unless otherwise noted

E(γ): From 120Sn(p,nγ), unless otherwise noted

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Band Transitions:

E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 1 - ΔJ=1 π=- band
    858.0+X 3  (8-)        
   1037.06+X 25  (9-)        
   1369.9+X 4  (10-)        
   1742.8+X 5  (11-)      372.9 3 
   705.7 4 ?
  100
 
D+Q

   1369.9+X
   1037.06+X
(10-)
(9-)
   2134.1+X 5  (12-)      391.3 3 
   764.2 4 
  100
 
D+Q

   1742.8+X
   1369.9+X
(11-)
(10-)
   2552.7+X 6  (13-)      418.6 3 
 

   2134.1+X
(12-)

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Additional Gamma Data:















E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Conversion
Coefficient		Additional Data
     78.16 3+ 246 ns 2      69.78 4 E1 0.521B(E1)(W.u.)=2.19E-6 2, α=0.521
    149.32 3+       71.14 5 (M1+E2) 3.6α=3.6 20
    192.62 2+      114.47 5 (M1+E2)0.00 40.73α=0.73 30
    260.20 3-      251.92 5 M1+E2+0.07 5 

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
      0.01+ 15.89 m 4 
% ε = 100
μ=2.34 22
The assignment of the 1+ isomer to g.s. is tentative.
    192.622+   XREF: γ(191).
    233.092+   XREF: γ(236).
    334.084   XREF: γ(332).
    387.11   XREF: γ(384).
    437.682+   XREF: γ(435).
    628.462+,3+   XREF: γ(623).
    6682+,3+   Jπ(level): L(p,d),(d,t)=0+2, L=0 component gives 2+,3+.
    724.242+,3+   XREF: γ(718).
    858.0+X(8-)   E(level): ΔJ=1 π=- band.
Jπ(level): ΔJ=1 γ cascades and from an expected band structure.
    908.292+,3+   Jπ(level): L(p,d),(d,t)=0+2, L=0 component gives 2+,3+.
    9742+,3+   Jπ(level): L(p,d),(d,t)=0+2, L=0 component gives 2+,3+.
   1037.06+X(9-)   E(level): ΔJ=1 π=- band.
Jπ(level): ΔJ=1 γ cascades and from an expected band structure.
   10592+,3+   Jπ(level): L(p,d),(d,t)=0+2, L=0 component gives 2+,3+.
   11642+,3+   Jπ(level): L(p,d),(d,t)=0+2+4, L=0 component gives 2+,3+.
   12392+,3+   Jπ(level): L(p,d),(d,t)=0+2, L=0 component gives 2+,3+.
   13312+,3+   Jπ(level): L(p,d),(d,t)=0+2, L=0 component gives 2+,3+.
   1369.9+X(10-)   E(level): ΔJ=1 π=- band.
Jπ(level): ΔJ=1 γ cascades and from an expected band structure.
   13832+,3+   Jπ(level): L(p,d),(d,t)=0+2, L=0 component gives 2+,3+.
   14572+,3+   Jπ(level): L(p,d),(d,t)=0+2, L=0 component gives 2+,3+.
   15862+,3+   Jπ(level): L(p,d),(d,t)=0+2+4, L=0 component gives 2+,3+.
   16392+,3+   Jπ(level): L(p,d),(d,t)=0+2, L=0 component gives 2+,3+.
   16972+,3+   Jπ(level): L(p,d),(d,t)=0+2, L=0 component gives 2+,3+.
   1742.8+X(11-)   E(level): ΔJ=1 π=- band.
Jπ(level): ΔJ=1 γ cascades and from an expected band structure.
   2134.1+X(12-)   E(level): ΔJ=1 π=- band.
Jπ(level): ΔJ=1 γ cascades and from an expected band structure.
E(level)Jπ(level)T1/2(level)Comments
   2552.7+X(13-)   E(level): ΔJ=1 π=- band.
Jπ(level): ΔJ=1 γ cascades and from an expected band structure.
  10204   E(level): From 119Sn(p,n) IAR.
  11354   E(level): From 119Sn(p,n) IAR.
  11994   E(level): From 119Sn(p,n) IAR.
  12314   E(level): From 119Sn(p,n) IAR.
  12504   E(level): From 119Sn(p,n) IAR.
  12604   E(level): From 119Sn(p,n) IAR.
  12784   E(level): From 119Sn(p,n) IAR.
  12914   E(level): From 119Sn(p,n) IAR.
  13034   E(level): From 119Sn(p,n) IAR.
  13124   E(level): From 119Sn(p,n) IAR.

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Additional Gamma Comments:

E(level)E(gamma)Comments
     78.16     69.78M(γ): from α(K)exp.
    149.32     71.14M(γ): D+Q from γ(θ). Decay scheme requires Δπ=no
    165.20+X    165.0E(γ): From (7Li,3nγ)
    192.62    114.47M(γ): D+Q from γ(θ). Decay scheme requires Δπ=no
    192.63E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
M(γ): from γ(θ) and γ-ray linear pol in (p,nγ)
    230.40+X     65.0E(γ): From (7Li,3nγ)
    230.4E(γ): From (7Li,3nγ)
    233.09     83.75E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    154.91E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    243.89     94.51E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    260.20    251.92M(γ): from γ(θ) and γ-ray linear pol in (p,nγ)
    341.35     97.33E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    390.34    146.44E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    157.21E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    437.68    245.10E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    271.43E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    447.69    214.60E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    255.02E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    369.60E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    439.30E(γ): Weighted av from 1979Ad02 and 1982Em02 in (p,nγ)
    518.0+X    287.4E(γ): From (7Li,3nγ)
    858.0+X    339.9E(γ): From (7Li,3nγ)
    627.6E(γ): From (7Li,3nγ)
   1037.06+X    178.9E(γ): From (7Li,3nγ)
   1037.2E(γ): From (7Li,3nγ)
E(level)E(gamma)Comments
   1242.6+X   1242.6E(γ): From (7Li,3nγ)
   1369.9+X    332.8E(γ): From (7Li,3nγ)
    511.7E(γ): From (7Li,3nγ)
   1449.8+X    931.8E(γ): From (7Li,3nγ)
   1564.9+X    115.0E(γ): From (7Li,3nγ)
   1742.8+X    372.9E(γ): From (7Li,3nγ)
    705.7E(γ): From (7Li,3nγ)
   2123.9+X    559.0E(γ): From (7Li,3nγ)
   2134.1+X    391.3E(γ): From (7Li,3nγ)
    764.2E(γ): From (7Li,3nγ)
   2266.3+X   1023.7E(γ): From (7Li,3nγ)
   2328.3+X    204.4E(γ): From (7Li,3nγ)
   2552.7+X    418.6E(γ): From (7Li,3nγ)
   2736.4+X    470.1E(γ): From (7Li,3nγ)
   2884.7+X    148.3E(γ): From (7Li,3nγ)

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