ADOPTED LEVELS, GAMMAS for 58Mn

Authors: Caroline D. Nesaraja, Scott D. Geraedts and Balraj Singh |  Citation: Nucl. Data Sheets 111, 897 (2010) |  Cutoff date: 12-Jan-2010 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=6327 keV 3S(n)= 6413 keV 3S(p)= 10592 keV 4Q(α)= -8360 keV 16
Reference: 2012WA38

References:
  A  58Cr β- decay (7.0 S)  B  58Mn IT decay (65.4 S)
  C  13C(48Ca,p2nγ),14C(48Ca,p3nγ)  D  48Ca(13C,2npγ)
  E  58Fe(t,3He)  F  238U(70Zn,xγ)

General Comments:

First identification of 58Mn nuclide by 1961Ch04 in 58Fe(n,p) reaction.

2007Na31: 136Xe(p,X) E=1 GeV/nucleon, measured cross section

2006Li15: Shell-model calculations in the full pf space.

Other reaction: 1989AnZZ: 58Fe(12C,12N) E=70 MeV/nucleon. Deduced Gamow-Teller strengths. The details of this study are not available

Q-value: Note: Current evaluation has used the following Q record 6250 30 6491 30 10672 30 -8441 34 2009AuZZ,2003Au03

Q-value: S(2n)=15140 30, S(2p)=24400 210 (2009AuZZ)










E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     0.0AB  E  1+ 3.0 s 1 
% β- = 100
     
    71.77 5  BCDEF 4+ 65.4 s 5 
% IT ≈ 10
% β- ≈ 90
    71.78 5 
  100
M3
     0.0
1+
   125.69 16   C    (2+)      125.5 2 
  100

     0.0
1+
   169.92 15   C    (3+)       44.2 3 
    97.9 3 
   42 8 
  100.0 22 


   125.69
    71.77
(2+)
4+
   183 10     E  1+        
   289.4 4 A   E  1+      289.5 4 
  100

     0.0
1+
   429.67 15   C    (3+)      303.1 4 
   358.0 2 
   45 9 
  100 27 


   125.69
    71.77
(2+)
4+
   448.03 10   CD F (5+) < 35 ps    376.1 1 
  100
D+Q
    71.77
4+
   463.4 11 A   E  (0:3+)      174 1 
  100

   289.4
1+
   591.22 18   C    (4+)      421.4 2 
   465.8 5 
  100 14 
   13 3 


   169.92
   125.69
(3+)
(2+)
   651 15     E  1+        
   661.11 14   C E  5+      212.8 2 
   490.9 4 
   589.8 2 
   14.2 18 
   14.8 18 
  100 14 



   448.03
   169.92
    71.77
(5+)
(3+)
4+
   683.1 6 A      (0:3+)      682.9 6 
  100

     0.0
1+
   735.38 12   C    (4+)      286.8 2 
   305.6 2 
   565.3 2 
   663.8 2 
   18.6 14 
   21.1 23 
  100 9 
   17.4 17 




   448.03
   429.67
   169.92
    71.77
(5+)
(3+)
(3+)
4+
   748 10     E  1+        
   809.7 6 A      1+      126 1 
   520.4 5 
  100 4 
   21 1 


   683.1
   289.4
(0:3+)
1+
   817 10     E  1+        
  1044 15     E  1+        
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  1240.16 19   C    (6+)      580.0 6 
   792.1 3 
  100 10 
   30 6 


   661.11
   448.03
5+
(5+)
  1250 20     E  (2)+        
  1275 20     E  1+        
  1338.13 19   C    (4)      601.9 5 
   890.3 2 
  1266.6 9 
   21 3 
   22 6 
  100 20 



   735.38
   448.03
    71.77
(4+)
(5+)
4+
  1350 15     E  3+        
  1385 15     E  5+        
  1413 15     E         
  1457.59 13   C    (5)      119.8 4 
   721.7 2 
   866.5 2 
  1009.5 2 
  1386.2 3 
   30 4 
   46 5 
   10.0 11 
  100 11 
   51 5 





  1338.13
   735.38
   591.22
   448.03
    71.77
(4)
(4+)
(4+)
(5+)
4+
  1470 15     E  (4)+        
  1535 20     E  (4)+        
  1601.43 16   CD F (6)      143.7 2 
   361.4 2 
   940.3 2 
  1153.5 3 
   25.2 21 
    4.3 3 
    2.9 3 
  100 8 
(D)


D
  1457.59
  1240.16
   661.11
   448.03
(5)
(6+)
5+
(5+)
  1880.42 18   CD F (7) < 35 ps    279.0 1 
   640.2 2 
  100 6 
    6.1 6 
D

  1601.43
  1240.16
(6)
(6+)
  2259 15     E  (3,4)+        
  2282 15     E  (5,4)+        
  2339.7 3   C         459.3 2 
  100

  1880.42
(7)
  2368 10     E  (2,3,4)+        
  2412 10     E  (2,3)+        
  2459.7 5   CD F (8) < 0.4 ps    579.1 5 
  100

  1880.42
(7)
  2487 10     E  (2,3)+        
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  2506 15     E  (NOT 1+)        
  2564 10     E         
  2854.7 4   C         515.0 2 
  100

  2339.7

  2988 10     E         
  3040 10     E  (NOT 1+)        
  3042.6 5   CD F (9) < 0.4 ps    582.8 5 
  1162.4 5 
  100 13 
   41 3 
D

  2459.7
  1880.42
(8)
(7)
  3218 10     E         
  3258 15     E         
  3415 20     E         
  3462.1 5   C         607.4 3 
  100

  2854.7

  3721.4 5   CD   (10) < 0.3 ps    678.7 1 
  1261.6 7 
  100 7 
   27 3 
D
(Q)
  3042.6
  2459.7
(9)
(8)
  4707.6 18   C        2247.9 17 
  100

  2459.7
(8)
  4733.1 5   CD   (11)     1012.1 4 
  1690.5 2 
   99 8 
  100 7 
D

  3721.4
  3042.6
(10)
(9)
  4812.4 5   C    (11)     1090.9 2 
  1770.6 7 
  100 9 
   73 4 


  3721.4
  3042.6
(10)
(9)
  4941.1 6   C        1898.4 3 
  100

  3042.6
(9)
  5311.9 6   C        1590.5 3 
  100

  3721.4
(10)
  5424.4 5   C    (12)      612.0 2 
   691.6 2 
  1702.3 4 
   11.6 11 
  100 7 
   42 3 



  4812.4
  4733.1
  3721.4
(11)
(11)
(10)
  6337.2 12   C        2615.7 11 
  100

  3721.4
(10)
  6566.4 7   C        1833.3 5 
  100

  4733.1
(11)
  6872.6 5   C    (13)     1448.2 2 
  2059.9 12 
  2138.9 10 
  100 9 
   23.2 23 
   68 5 



  5424.4
  4812.4
  4733.1
(12)
(11)
(11)
  7442.5 9   C    (14)     2018.0 7 
  100

  5424.4
(12)
  9831.1 14   C    (16)     2388.6 11 
  100

  7442.5
(14)

E(level): From least-squares fit to Eγ’s. In earlier evaluation (1997Bh02), energy of 72 keV was added to each level in the (t,3He) dataset. With the revised assignment of 4+ for the isomer, the adjustment in the energy levels seems to be no longer required

Jπ(level): In (t,3He) reaction target Jπ=0+

T1/2(level): From (13C,2npγ), except as noted otherwise

M(γ): From γ(θ) and γγ(θ) in (13C,2npγ), except as noted. Mult=d or D+Q indicates ΔJ=1; mult=Q indicates ΔJ=2 transition no multipolarity information is provided in the (48Ca,p2nγ) reaction

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Band Transitions:

E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 1 - MULTIPLET STRUCTURE
    71.77 5  4+ 65.4 s 5 
% IT ≈ 10
% β- ≈ 90 		     
   125.69 16  (2+)      125.5 2 
  100

     0.0
1+
   169.92 15  (3+)       44.2 3 
    97.9 3 
   42 8 
  100.0 22 


   125.69
    71.77
(2+)
4+
   429.67 15  (3+)      303.1 4 
   358.0 2 
   45 9 
  100 27 


   125.69
    71.77
(2+)
4+
   448.03 10  (5+) < 35 ps      
   591.22 18  (4+)      421.4 2 
   465.8 5 
  100 14 
   13 3 


   169.92
   125.69
(3+)
(2+)
   661.11 14  5+      212.8 2 
   490.9 4 
   589.8 2 
   14.2 18 
   14.8 18 
  100 14 



   448.03
   169.92
    71.77
(5+)
(3+)
4+
   735.38 12  (4+)      286.8 2 
   305.6 2 
   565.3 2 
   663.8 2 
   18.6 14 
   21.1 23 
  100 9 
   17.4 17 




   448.03
   429.67
   169.92
    71.77
(5+)
(3+)
(3+)
4+
  1240.16 19  (6+)      580.0 6 
   792.1 3 
  100 10 
   30 6 


   661.11
   448.03
5+
(5+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 2 - ΔJ=1 band based on (7).
  1880.42 18  (7) < 35 ps      
  2459.7 5  (8) < 0.4 ps    579.1 5 
  100

  1880.42
(7)
  3042.6 5  (9) < 0.4 ps    582.8 5 
  1162.4 5 
  100 13 
   41 3 
D

  2459.7
  1880.42
(8)
(7)
  3721.4 5  (10) < 0.3 ps    678.7 1 
  1261.6 7 
  100 7 
   27 3 
D
(Q)
  3042.6
  2459.7
(9)
(8)
  4733.1 5  (11)        
  5424.4 5  (12)      612.0 2 
   691.6 2 
  1702.3 4 
   11.6 11 
  100 7 
   42 3 



  4812.4
  4733.1
  3721.4
(11)
(11)
(10)
  6872.6 5  (13)     1448.2 2 
  2059.9 12 
  2138.9 10 
  100 9 
   23.2 23 
   68 5 



  5424.4
  4812.4
  4733.1
(12)
(11)
(11)
  7442.5 9  (14)     2018.0 7 
  100

  5424.4
(12)
  9831.1 14  (16)     2388.6 11 
  100

  7442.5
(14)

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Additional Gamma Data:













E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityConversion
Coefficient		Additional Data
    71.77 4+ 65.4 s 5 
% IT ≈ 10
% β- ≈ 90
    71.78 5 M314.07α=14.07, α(K)=12.09 18, α(L)=1.734 25, α(M)=0.236 4, α(N)=0.00891 13, α(N+)=0.00891 13

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
    71.774+ 65.4 s 5 
% IT ≈ 10
% β- ≈ 90
XREF: E(88).
E(level): MULTIPLET STRUCTURE.
Jπ(level): From GXPF1A shell-model calculations and predictions (2010St01) for low-lying, low-spin states.
   125.69(2+)   E(level): MULTIPLET STRUCTURE.
Jπ(level): From GXPF1A shell-model calculations and predictions (2010St01) for low-lying, low-spin states.
   169.92(3+)   E(level): MULTIPLET STRUCTURE.
Jπ(level): From GXPF1A shell-model calculations and predictions (2010St01) for low-lying, low-spin states.
   1831+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
   289.41+   XREF: E(303).
Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
   429.67(3+)   E(level): MULTIPLET STRUCTURE.
Jπ(level): From GXPF1A shell-model calculations and predictions (2010St01) for low-lying, low-spin states.
   448.03(5+) < 35 ps E(level): MULTIPLET STRUCTURE.
Jπ(level): From GXPF1A shell-model calculations and predictions (2010St01) for low-lying, low-spin states.
   463.4(0:3+)   XREF: E(466).
   591.22(4+)   E(level): MULTIPLET STRUCTURE.
Jπ(level): From GXPF1A shell-model calculations and predictions (2010St01) for low-lying, low-spin states.
   6511+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
   661.115+   XREF: E(679).
E(level): MULTIPLET STRUCTURE.
Jπ(level): From GXPF1A shell-model calculations and predictions (2010St01) for low-lying, low-spin states.
   735.38(4+)   E(level): MULTIPLET STRUCTURE.
Jπ(level): From GXPF1A shell-model calculations and predictions (2010St01) for low-lying, low-spin states.
   7481+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
   8171+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  10441+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  1240.16(6+)   E(level): MULTIPLET STRUCTURE.
Jπ(level): From GXPF1A shell-model calculations and predictions (2010St01) for low-lying, low-spin states.
  1250(2)+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  12751+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  13503+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  13855+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  1470(4)+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  1535(4)+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  1880.42(7) < 35 ps E(level): ΔJ=1 band based on (7).
  2259(3,4)+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  2282(5,4)+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
E(level)Jπ(level)T1/2(level)Comments
  2368(2,3,4)+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  2412(2,3)+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  2459.7(8) < 0.4 ps E(level): ΔJ=1 band based on (7).
  2487(2,3)+   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  2506(NOT 1+)   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  3040(NOT 1+)   Jπ(level): From σ(θ) and coupled-channels analysis (1985Aj02) in 58Fe(t,3He).
  3042.6(9) < 0.4 ps E(level): ΔJ=1 band based on (7).
  3721.4(10) < 0.3 ps E(level): ΔJ=1 band based on (7).
  4733.1(11)   E(level): ΔJ=1 band based on (7).
  5424.4(12)   E(level): ΔJ=1 band based on (7).
  6872.6(13)   E(level): ΔJ=1 band based on (7).
  7442.5(14)   E(level): ΔJ=1 band based on (7).
  9831.1(16)   E(level): ΔJ=1 band based on (7).

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Additional Gamma Comments:

E(level)E(gamma)Comments
    71.77    71.78M(γ): from α(K)exp and α(L)exp (1993ScZS) in 58Mn it decay

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