ADOPTED LEVELS, GAMMAS for 32Cl

Author: Jun Chen |  Citation: Nucl. Data Sheets 201, 1 (2025) |  Cutoff date: 31-Oct-2024 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=-11134.4 keV 19S(n)= 14371 keV 3S(p)= 1581.1 keV 5Q(α)= -8611.8 keV 13
Reference: 2021WA16

References:
  A  32Ar ε decay (98 MS)  B  9Be(33Cl,32ClG)
  C  10B(24Mg,2nγ)  D  32S(p,n)
  E  32S(3He,t),(3He,tγ)  F  32S(3He,tγ)

General Comments:

First identifications of 32Cl: 1966Br17, 1966An01, 1968Ar03.

Mass measurements: 2010Wr01, 2008Bh08, 1977Ha29, 1971Go18, 1966Br17

Mass deduced by IMME analysis: 2021Ka45, 2010Ka30, 2006Tr03

Structure calculations:

2014Sa30: calculated levels, J, π

Levels: Proton branching ratios %p given under comments are from 2011Ma69 in (3He,t)

Q-value: S(2n)=34152 24, S(2p)=7711.8 6, Q(εp)=3816.9 6 (2021Wa16)









E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)Final Levels
       0ABCDEF 1+ 298 ms 1 
% ε = 100
% εp = 0.026 5
% εα = 0.054 8
    
      89.9 1 ABC EF (2)+       89.78 13 
  100
       0
1+
     461.1 1 ABC E  (0)+      461.00 14 
  100
       0
1+
    1168.55 13 A CDE  1+      707.4 3 
  1078.6 3 
  1168.5 2 
  100.0 27 
   37.1 19 
   36.0 19 
     461.1
      89.9
       0
(0)+
(2)+
1+
    1331.2 5   C E  (2)+     1242.7 9 
  1332.3 6 
   67 7 
  100 13 
      89.9
       0
(2)+
1+
    1736.7 6   C EF (3+)     1648.5 6 
  100
      89.9
(2)+
    2131.1 4   C EF (3)+ % p = 7 4
  2040.9 10 
  100
      89.9
(2)+
    2209.6 5 A   EF (1+) % p = 54 7
    
    2283.5 5     EF (2)+ % p = 66 13
    
    2611 5     E  (1+) % p > 62
    
    2675 5     E  % p > 78
    
    2859 4    DE  1+,2+,3+ % p > 70
    
    2936 5     E  (3+) % p > 88
    
    3055 5     E  2-,3-,4- % p > 97
    
    3165 4     E  2-,3-,4- % p > 96
    
    3283 5     E  1+,2+,3+ % p > 88
    
    3694 4    DE  (2+) % p > 96
    
    3771 4 A  D   1+ 3 keV 2      
       3.8E3   D   (6-)       
    3878 4     E  (3+) % p > 94
    
    4001 4     E        
    4078 4 A  DE  1+ 17 keV 2      
    4352 5     E  0+,1+       
    4578 6 A  DE  (1)       
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)Final Levels
       4.7E3   D   (6-)       
    4757 9     E  3+,4+,5+       
    4800 5 A      (1)       
    5018 6     E        
    5046.3 3 A      0+ 20 eV 5    2836.2 10 
  3877.5 3 
  5048 5 
   18.3 23 
  100 21 
    7.6 15 
    2209.6
    1168.55
       0
(1+)
1+
1+
    5166 5     E  (5+,6+,7+)       
    5303 4 A      1+       
    5425 4 A  D   1+ 35 keV 20      
    5466 6    DE        
    5531 9 A      1+       
    5578 8     E  (5+,6+,7+)       
       5.6E3   D   (6-)       
    5700 5 A      1+ 25 keV 15      
    5813 7     E        
    5905 7     E        
    5990 7     E        
    6065 6 A  D   1+       
    6076 8    DE  (5+,6+,7+)       
    6178 8     E        
    6254 5 A  D   1+       
       6.3E3   D   (6-)       
    6360 15     E  (5+,6+,7+)       
    6529 5 A      1+       
    6597 5 A  D   1+       
    6680 15    DE        
    6732 6 A      1+       
       6.8E3   D   (6-)       
    6820 15     E        
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)Final Levels
    7320 4 A  D   1+ 20 keV 10      
       7.4E3   D   (6-)       
    7450 10 A      1+ < 15 keV     
    7600 6 A      1+       
     772E1 10    D         
    7852 5 A      1+       
    8146 9 A      1+       
     830E1 10    D         
       8.4E3   D   (6-)       
     860E1 10    D         
       9.2E3   D   (6-)       
       9.8E3   D   (6-)       
    1000E1 10    D         
    1030E1 10    D         

E(level): From Eγ data for excited levels connected with γ transitions and from 32Ar ε decay based on measured proton energies of β-delayed proton branches or from (3He,t) for other levels, unless otherwise noted.

Jπ(level): From some levels, assignments of mirror levels in 32P mirror nucleus are used, as proposed by 1994Vo12 in (3He,t) and noted under the comments

T1/2(level): LABEL=T1/2 or Γ

T1/2(level): Γ from 1993Sc16 in 32Ar ε decay, deduced from measured peak shape and calculated recoil broadening

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
       01+ 298 ms 1 
% ε = 100
% εp = 0.026 5
% εα = 0.054 8
μ=+1.115 6 (2000Ro30,2019StZV)
%εp and %εα from 1979Ho27.
     461.1(0)+   XREF: B(466?).
    1168.551+   XREF: d(1150).
    28591+,2+,3+ % p > 70
XREF: d(2790).
       3.8E3(6-)   Jπ(level): From comparison of σ(θ) in (p,n) reaction with DWIA calculations.
    40781+ 17 keV 2  XREF: d(4060).
    4578(1)   XREF: α(4561).
       4.7E3(6-)   Jπ(level): From comparison of σ(θ) in (p,n) reaction with DWIA calculations.
    5046.30+ 20 eV 5  Γγ=1.7 4 (2008Bh08), T=2
Γ and Γγ from 2008Bh08 in 32Ar ε decay.
E(level): Γ and Γγ from 2008Bh08 in 32Ar ε decay.
       5.6E3(6-)   Jπ(level): From comparison of σ(θ) in (p,n) reaction with DWIA calculations.
    62541+   XREF: d(6290).
       6.3E3(6-)   Jπ(level): From comparison of σ(θ) in (p,n) reaction with DWIA calculations.
       6.8E3(6-)   Jπ(level): From comparison of σ(θ) in (p,n) reaction with DWIA calculations.
    73201+ 20 keV 10  XREF: d(7360).
       7.4E3(6-)   Jπ(level): From comparison of σ(θ) in (p,n) reaction with DWIA calculations.
       8.4E3(6-)   Jπ(level): From comparison of σ(θ) in (p,n) reaction with DWIA calculations.
       9.2E3(6-)   Jπ(level): From comparison of σ(θ) in (p,n) reaction with DWIA calculations.
       9.8E3(6-)   Jπ(level): From comparison of σ(θ) in (p,n) reaction with DWIA calculations.

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Additional Gamma Comments:

E(level)E(gamma)Comments
      89.9      89.78E(γ): unweighted average of 89.9 1 from 32Ar ε decay and 89.65 5 from (24Mg,2nγ)
     461.1     461.00E(γ): weighted average of 461.1 1 from 32Ar ε decay and 460.80 14 from (24Mg,2nγ)
    1168.55     707.4E(γ): weighted average of 707.3 2 from 32Ar ε decay and 708.0 5 from (24Mg,2nγ)
    1331.2    1242.7E(γ): From (24Mg,2nγ)
I(γ): From (24Mg,2nγ)
    1332.3E(γ): From (24Mg,2nγ)
I(γ): From (24Mg,2nγ)
    1736.7    1648.5E(γ): from (24Mg,2nγ). From (24Mg,2nγ)
    2131.1    2040.9E(γ): From (24Mg,2nγ)

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