ADOPTED LEVELS, GAMMAS for 98Rh

Authors: Jun Chen, Balraj Singh |  Citation: Nucl. Data Sheets 164, 1 (2020) |  Cutoff date: 15-Feb-2020 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=-1854 keV 13S(n)= 8650 keV 40S(p)= 4344 keV 12Q(α)= 1442 keV 13
Reference: 2017WA10

References:
  A  98Pd ε decay (17.7 M)  B  65Cu(36S,3nγ)
  C  70Ge(32S,3PNG)  D  75As(28Si,2P3NG)
  E  96Ru(α,pnγ)  F  98Ru(p,nγ)
  G  99Ru(d,3nγ) 

General Comments:

Other reactions: 94Mo(14N,10Be) E=97 MeV and 92Mo(12C,6Li) E=90 keV (1976Mi13)

Other measurements:

1978Lu02: 90Zr(11B,3nγ) E=56 MeV. Three most intense γ rays of 841, 725 and 994 keV reported, but not assigned in a level scheme

1973Sc14: 90Zr(12C,p3nγ) E=71 MeV. The authors assigned 841.3, 1567.2, 2561.4, 3541.3 levels to 98Pd, incorrectly, by assuming (12C,4nγ) reaction instead of (12C,p3nγ)

1976Mi13: 94Mo(14N,10Be) E=97 MeV and 92Mo(12C,6Li) E=90 keV. Measured energy spectra of recoils. Deduced Q values.

Mass measurement: 2007HeZV

Theory references: consult the NSR database (www.nndc.bnl.gov/nsr/) for 6 primary references, 5 dealing with nuclear structure calculations and one with decay modes and half-lives.

See 2002Ti02 and 2004Zh26 for discussion of rotational structures in Rh nuclides

The high-spin structures are known from 70Ge(32S,3pnγ) (1998Ch04), 65Cu(36S,3nγ) (1998Gh07) and 75As(28Si,2p3nγ) (2014Ku04). However, the level schemes from these studies differ significantly from each other. Here in this dataset, the level scheme is mainly adopted from 2014Ku04, as it is the most detailed level scheme established with highest statistics. But note that since there are problems with intensity imbalances at some levels in data from 75As(28Si,2p3nγ) reaction, in the opinion of the evaluators, problems may lie elsewhere, e.g. incorrect placement of some of the transitions, and further experimental investigations should be made to confirm the high-spin structures.

Note that the level scheme from 2014Ku04 is based on the placement of the 841γ to a level at E=56 keV with Jπ=(5+), while previous high- spin studies (1998Ch04,1998Gh07) have adopted the placement of 841γ to (2)+ ground state as proposed by 1983Be63 via (α,npγ) and (d,3nγ). So levels based on the placement of 841γ in previous studies have energies and spins lower by about 56 keV and 3 spin units, respectively, than those in 2014Ku04 but are considered as the same levels here if they are from the same cascade ending with 841γ.

Q-value: S(2n)=19630 16, S(2p)=11932 13 (2017Wa10)










E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
      0.0ABCDEFG (2)+ 8.72 m 12 
% ε = 100
     
     48.5 10    D           
     56.3 10    D    (5+) 3.6 m 2 
% IT = 89 5
% ε = 11 5
     
    106.75 8 A  DEFG (3)+      106.8 2 
  100
M1
      0.0
(2)+
    112.01 9 A   EFG 1+      112.4 2 
  100
M1
      0.0
(2)+
    174.45 8 A   EFG (2+)       62.5 5 ?
    67.7 2 
   174.5 2 
 
  100 5 
   84 4 

(M1)
(M1)
    112.01
    106.75
      0.0
1+
(3)+
(2)+
    194.0 11 ?   D         145.6 7 ?
  100

     48.5

    214.10 20      F       214.1 2 
  100

      0.0
(2)+
    271.9 10 ?   D         223.4 5 ?
  100

     48.5

    283.6 10 ?   D         227.3 3 ?
   235.1 3 
   94 9 
  100 9 
D
Q
     56.3
     48.5
(5+)

    291.27 18      F       184.4 4 
   291.3 2 
   14 5 
  100 12 


    106.75
      0.0
(3)+
(2)+
    400.5 10    D    (5+)      117.0 5 
   206.5 7 ?
   344.2 5 
  100 14 
   12.1 17 
   80 8 
Q


    283.6
    194.0
     56.3


(5+)
    410.9 9    D    (5+)      138.9 5 ?
   304.1 5 
   362.6 7 
  112 16 
  100 12 
   47 8 



    271.9
    106.75
     48.5

(3)+

    836.67 11 A       1+      661.9 3 
   725.6 4 
   837.6 7 
  100 5 
   20 2 
    1.3 2 
(M1,E2)


    174.45
    112.01
      0.0
(2+)
1+
(2)+
    897.9 10  BCDE G (7+)      497.4 5 
   841.5 3 
    1.38 17 
  100 5 

E2
    400.5
     56.3
(5+)
(5+)
    916.1 10    D    (6-)      515.6 3 
  100
D
    400.5
(5+)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    956.2 11    D         555.8 5 
  100

    400.5
(5+)
   1005.8 9    D    (6+)      594.9 3 
   605.5 7 
  100 8 
    2.2 5 
D

    410.9
    400.5
(5+)
(5+)
   1007.39 18 A       1+      832.8
   895.4
  1007.5
  100 11 
   48 6 
   41 4 



    174.45
    112.01
      0.0
(2+)
1+
(2)+
   1111.91 22 A       1+      999.9
  1111.9
   66 13 
  100 20 


    112.01
      0.0
1+
(2)+
   1262.26 18 A       1+     1087.7
  1150.1
  1262.5
  100 13 
   50 13 
   21 4 



    174.45
    112.01
      0.0
(2+)
1+
(2)+
   1290.1 10    D    (7+)      334.2 7 
   374.1 5 
   889.6 3 
   12.6 23 
   43 4 
  100 10 



    956.2
    916.1
    400.5

(6-)
(5+)
   1592.5 10    D    (7-)      302.4 3 
   636.2 7 
   676.4 7 
  100 9 
   15.6 21 
   16.2 24 



   1290.1
    956.2
    916.1
(7+)

(6-)
   1611.0 10    D    (6+)      605.2 3 
  1554.6 3 
  100 8 
   43 4 
D
D
   1005.8
     56.3
(6+)
(5+)
   1623.5 10  BCDE G (9+)      333.3 5 
   725.9 3 
    1.37 23 
  100 5 

E2
   1290.1
    897.9
(7+)
(7+)
   1653.2 10    D    (7+)      737.0 5 
  100

    916.1
(6-)
   1879.2 10    D    (8-)      589.3 5 
   962.8 5 
   64 9 
  100 14 


   1290.1
    916.1
(7+)
(6-)
   1930.2 11    D        1014.0 5 
  100

    916.1
(6-)
   1982.1 10    D    (7+)      329.0 7 
   371.0 5 
  1066.0 3 
  1084.4 3 
    8.8 15 
   10.2 15 
  100 7 
   49 4 


D

   1653.2
   1611.0
    916.1
    897.9
(7+)
(6+)
(6-)
(7+)
   2137.5 13    D         545.0 7 
  100

   1592.5
(7-)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   2173.7 13    D         581.2 7 
  100

   1592.5
(7-)
   2240.3 10    D    (8+)      258.3 5 
   587.1 7 
   616.8 5 
   629.4 3 
   950.1 7 
  1342.2 5 
   19.3 21 
    0.90 21 
   26.2 21 
  100 7 
    1.10 21 
   24 3 
D


Q

D
   1982.1
   1653.2
   1623.5
   1611.0
   1290.1
    897.9
(7+)
(7+)
(9+)
(6+)
(7+)
(7+)
   2389.7 10    D    (8+)      407.6 3 
  1491.9 5 
  100 8 
   38 4 
M1
D
   1982.1
    897.9
(7+)
(7+)
   2483.5 10    D    (10+)      860.2 5 
  100
D
   1623.5
(9+)
   2511.9 10    D    (9+)      271.6 3 
   529.8 5 
   632.6 7 
   888.4 5 
  1614.1 7 
  100 8 
   40 4 
    9.2 11 
   18.8 21 
   10.7 17 





   2240.3
   1982.1
   1879.2
   1623.5
    897.9
(8+)
(7+)
(8-)
(9+)
(7+)
   2617.5 10  BCDE G (11+)      134.0 7 
   994.2 3 
    1.23 16 
  100 5 

E2
   2483.5
   1623.5
(10+)
(9+)
   2618.7 14    D         445.0 7 
  100

   2173.7

   2807.4 10    D    (9+)      295.5 7 
   417.8 5 
   825.1 5 
  1183.7 5 
  1909.3 7 
   23 3 
   70 8 
  100 15 
   30 4 
    3.9 9 

D
Q


   2511.9
   2389.7
   1982.1
   1623.5
    897.9
(9+)
(8+)
(7+)
(9+)
(7+)
   3018.3 10    D    (10+)      210.9 7 
   506.5 5 
   778.0 3 
  1394.9 7 
    3.0 4 
   26.3 26 
  100 9 
    9.1 15 


(Q)

   2807.4
   2511.9
   2240.3
   1623.5
(9+)
(9+)
(8+)
(9+)
   3030.6 10  BCD    (11+)      413.2 4 
   547.2 5 
  1407.0 3 
   39 4 
   17.3 20 
  100 7 


E2
   2617.5
   2483.5
   1623.5
(11+)
(10+)
(9+)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   3153.6 10    D    (10+)      346.1 5 
   641.7 5 
   764.1 5 
  1530.4 7 
  100 8 
   83 7 
   44 7 
   18 3 
D

Q

   2807.4
   2511.9
   2389.7
   1623.5
(9+)
(9+)
(8+)
(9+)
   3266.7 16    D         648.0 7 
  100

   2618.7

   3378.0 10    D    (11+)      359.6 7 
   866.2 5 
    8.9 15 
  100 12 

Q
   3018.3
   2511.9
(10+)
(9+)
   3562.7 10   CD    (11+)      184.6 7 
   409.1 5 
   544.4 5 
   755.4 5 
   945.3 7 
  1079.2 5 
   19.2 21 
  100 11 
   92 11 
   37 5 
   15.5 21 
   29 4 

D
D



   3378.0
   3153.6
   3018.3
   2807.4
   2617.5
   2483.5
(11+)
(10+)
(10+)
(9+)
(11+)
(10+)
   3574.2 10    D    (12+)      543.6 3 
   956.6 5 
  1090.6 5 
  100 8 
   38 5 
   33 5 
M1
(D)
E2
   3030.6
   2617.5
   2483.5
(11+)
(11+)
(10+)
   3597.2 10  BCDE G (13+)      979.9 3 
  100
E2
   2617.5
(11+)
   3769.3 10    D    (12+)      206.5 7 
   391.4 5 
   615.8 5 
   738.6 5 
   750.9 3 
  1151.7 3 
  100 7 
   11.6 16 
   43 4 
   23.3 25 
   63 6 
   69 5 
M1



(Q)
D
   3562.7
   3378.0
   3153.6
   3030.6
   3018.3
   2617.5
(11+)
(11+)
(10+)
(11+)
(10+)
(11+)
   3862.1 10  BCDE G (13+)      264.8 3 
   287.9 5 
   831.5 5 
  100 6 
   25 3 
   25.0 18 
(M1)
D
E2
   3597.2
   3574.2
   3030.6
(13+)
(12+)
(11+)
   4232.0 10    D    (13-)      462.7 3 
  100
E1
   3769.3
(12+)
   4406.1 11    D    (14+)      544.0 5 
  100
D
   3862.1
(13+)
   4411.0 10    D    (14+)      549.1 3 
   813.9 3 
   836.6 7 
  100 6 
   59 4 
    5.6 10 
M1
M1

   3862.1
   3597.2
   3574.2
(13+)
(13+)
(12+)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   4447.0 11    D    (14-)      215.1 5 
  100

   4232.0
(13-)
   5024.0 11    D    (15-)      577.1 5 
   792.0 3 
   20.7 21 
  100 6 
D
E2
   4447.0
   4232.0
(14-)
(13-)
   5091.0 11    D    (15+)      680.0 5 
   685.0 7 
  1493.7 5 
   66 5 
   15.7 22 
  100 8 
D

Q
   4411.0
   4406.1
   3597.2
(14+)
(14+)
(13+)
   5380.0 11    D    (15+)      969.1 5 
   973.8 7 
  1517.8 5 
  100 12 
    5.8 12 
   51 7 
D


   4411.0
   4406.1
   3862.1
(14+)
(14+)
(13+)
   5547.2 10   CD    (16+)      167.3 5 
   456.2 3 
  1136.2 3 
   16.6 14 
   41 4 
  100 6 
D
M1
E2
   5380.0
   5091.0
   4411.0
(15+)
(15+)
(14+)
   5552.2 11    D    (16-)      528.3 5 
  1105.1 7 
  100 8 
   25 4 
D

   5024.0
   4447.0
(15-)
(14-)
   5611.4 11    D    (16+)     1200.3 5 
  100

   4411.0
(14+)
   5939.0 13    D         848.0 7 
 

   5091.0
(15+)
   6403.7 11   CD    (17-)      792.3 5 
   851.6 5 
   856.6 3 
  1379.7 3 
    9.7 16 
   38 4 
   65 6 
  100 8 

M1
E1
E2
   5611.4
   5552.2
   5547.2
   5024.0
(16+)
(16-)
(16+)
(15-)
   6747 1 ?   D        1136 1 ?
  100

   5611.4
(16+)
   6909.2 11  BCD    (17+)      506.1 7 
  1361.9 3 
  1529.0 7 ?
    3.0 6 
  100 8 
    3.4 8 

D

   6403.7
   5547.2
   5380.0
(17-)
(16+)
(15+)
   7337.3 11    D    (19-)      933.6 3 
  100
E2
   6403.7
(17-)
   7345.7 12    D         942.0 5 ?
  100

   6403.7
(17-)
   7552.4 12    D    (20-)      215.2 5 
  100

   7337.3
(19-)
   7558.4 13  B D    (19+)      649.2 7 
  100
Q
   6909.2
(17+)
   7611.7 12    D        1208.0 5 
  100

   6403.7
(17-)
   8341.4 13  BCD        1432.9 4 
  100
(Q)
   6909.2
(17+)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   8654.5 15    D        1096.1 7 
  100

   7558.4
(19+)
   8685.1 12    D    (21-)     1132.7 5 
  1347.7 5 
   41 6 
  100 11 

Q
   7552.4
   7337.3
(20-)
(19-)
   8899.9 13    D        1288.2 5 
  100

   7611.7

  10171.3 13    D    (23-)     1486.2 5 
  100

   8685.1
(21-)

E(level): From a least-squares fit to γ-ray energies. Low-spin (J<3) levels are from 98Pd ε decay and high-spin (J|>3) levels are from 75As(28Si,2p3nγ).

Jπ(level): Assignments for high-spin states (J>5) are based on multipolarities and ΔJ values from γγ(DCO) and γγ(pol) in 75As(28Si,2p3nγ), where 2014Ku04 state that Jπ assignments are tentative since the low-lying levels are not assigned definite Jπ values, and that all assignments are relative, assigned on the basis of multipolarity assignments from their DCO and pol data, and assuming that spins ascend with excitation energies as well as preference for transitions which do not involve parity change.

M(γ): From ce data in 98Pd ε decay for low-spin (J|<3) levels, and from γγ(DCO) and γγ(pol) in 75As(28Si,2p3nγ) for high-spin (J>5) levels

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Band Transitions:

E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 1 - Decoupled structure based on (5+). Possible configuration=πp1/2~#νh11/2
     56.3 10  (5+) 3.6 m 2 
% IT = 89 5
% ε = 11 5 		     
    897.9 10  (7+)        
   1623.5 10  (9+)        
   2617.5 10  (11+)      134.0 7 
   994.2 3 
    1.23 16 
  100 5 

E2
   2483.5
   1623.5
(10+)
(9+)
   3597.2 10  (13+)      979.9 3 
  100
E2
   2617.5
(11+)
   5091.0 11  (15+)      680.0 5 
   685.0 7 
  1493.7 5 
   66 5 
   15.7 22 
  100 8 
D

Q
   4411.0
   4406.1
   3597.2
(14+)
(14+)
(13+)
   5939.0 13       848.0 7 
 

   5091.0
(15+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 2 - ΔJ=1 γ cascade based on (6+).
   1611.0 10  (6+)        
   2240.3 10  (8+)        
   2511.9 10  (9+)        
   3018.3 10  (10+)      210.9 7 
   506.5 5 
   778.0 3 
  1394.9 7 
    3.0 4 
   26.3 26 
  100 9 
    9.1 15 


(Q)

   2807.4
   2511.9
   2240.3
   1623.5
(9+)
(9+)
(8+)
(9+)
   3378.0 10  (11+)      359.6 7 
   866.2 5 
    8.9 15 
  100 12 

Q
   3018.3
   2511.9
(10+)
(9+)
   3769.3 10  (12+)      206.5 7 
   391.4 5 
   615.8 5 
   738.6 5 
   750.9 3 
  1151.7 3 
  100 7 
   11.6 16 
   43 4 
   23.3 25 
   63 6 
   69 5 
M1



(Q)
D
   3562.7
   3378.0
   3153.6
   3030.6
   3018.3
   2617.5
(11+)
(11+)
(10+)
(11+)
(10+)
(11+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 3 - ΔJ=1 γ cascade based on (7+). Possible configuration=πf5/2~#νh11/2
   1982.1 10  (7+)        
   2389.7 10  (8+)        
   2807.4 10  (9+)        
   3153.6 10  (10+)      346.1 5 
   641.7 5 
   764.1 5 
  1530.4 7 
  100 8 
   83 7 
   44 7 
   18 3 
D

Q

   2807.4
   2511.9
   2389.7
   1623.5
(9+)
(9+)
(8+)
(9+)
   3562.7 10  (11+)      184.6 7 
   409.1 5 
   544.4 5 
   755.4 5 
   945.3 7 
  1079.2 5 
   19.2 21 
  100 11 
   92 11 
   37 5 
   15.5 21 
   29 4 

D
D



   3378.0
   3153.6
   3018.3
   2807.4
   2617.5
   2483.5
(11+)
(10+)
(10+)
(9+)
(11+)
(10+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 4 - γ cascade based on 956 level
    956.2 11         
   1592.5 10  (7-)        
   2173.7 13         
   2618.7 14       445.0 7 
  100

   2173.7

   3266.7 16       648.0 7 
  100

   2618.7

E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 5 - ΔJ=1, γ cascade based on (10+). Possible configuration=π(p1/2/f5/2)#πg9/22~#νh11/2
   2483.5 10  (10+)        
   3030.6 10  (11+)        
   3574.2 10  (12+)        
   3862.1 10  (13+)      264.8 3 
   287.9 5 
   831.5 5 
  100 6 
   25 3 
   25.0 18 
(M1)
D
E2
   3597.2
   3574.2
   3030.6
(13+)
(12+)
(11+)
   4411.0 10  (14+)      549.1 3 
   813.9 3 
   836.6 7 
  100 6 
   59 4 
    5.6 10 
M1
M1

   3862.1
   3597.2
   3574.2
(13+)
(13+)
(12+)
   5380.0 11  (15+)      969.1 5 
   973.8 7 
  1517.8 5 
  100 12 
    5.8 12 
   51 7 
D


   4411.0
   4406.1
   3862.1
(14+)
(14+)
(13+)
   5547.2 10  (16+)      167.3 5 
   456.2 3 
  1136.2 3 
   16.6 14 
   41 4 
  100 6 
D
M1
E2
   5380.0
   5091.0
   4411.0
(15+)
(15+)
(14+)
   6909.2 11  (17+)      506.1 7 
  1361.9 3 
  1529.0 7 ?
    3.0 6 
  100 8 
    3.4 8 

D

   6403.7
   5547.2
   5380.0
(17-)
(16+)
(15+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 6 - γ cascade based on (13-). Possible configuration=πp1/2~#νh11/22~#νd5/2
   4232.0 10  (13-)        
   5024.0 11  (15-)        
   6403.7 11  (17-)        
   7337.3 11  (19-)      933.6 3 
  100
E2
   6403.7
(17-)
   8685.1 12  (21-)     1132.7 5 
  1347.7 5 
   41 6 
  100 11 

Q
   7552.4
   7337.3
(20-)
(19-)
  10171.3 13  (23-)     1486.2 5 
  100

   8685.1
(21-)

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Additional Gamma Data:













E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityConversion
Coefficient		Additional Data
    106.75 (3)+      106.8 2 M10.285α=0.285
    112.01 1+      112.4 2 M10.247α=0.247
    174.45 (2+)       67.7 2 (M1)1.040α=1.040
(2+)      174.5 2 (M1)0.074α=0.074
    836.67 1+      661.9 3 (M1,E2)0.00261α=0.00261 5
    897.9 (7+)      841.5 3 E20.0014α=0.0014
   1623.5 (9+)      725.9 3 E20.00204α=0.00204
   2389.7 (8+)      407.6 3 M10.0084α=0.0084
   3574.2 (12+)      543.6 3 M10.0042α=0.0042
   3769.3 (12+)      206.5 7 M10.0474α=0.0474
   3862.1 (13+)      264.8 3 (M1)0.0248α=0.0248
   4411.0 (14+)      549.1 3 M10.0041α=0.0041
(14+)      813.9 3 M10.00164α=0.00164
   5547.2 (16+)      456.2 3 M10.0064α=0.0064
   6403.7 (17-)      851.6 5 M10.00148α=0.00148

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
      0.0(2)+ 8.72 m 12 
% ε = 100
XREF: B(?)C(?)E(?)γ(?).
     56.3(5+) 3.6 m 2 
% IT = 89 5
% ε = 11 5
%IT from 1978Ki17, deduced from intensities of γ lines in 98Ru associated with the decays of the 3.6-min isomer and the 8.72-min ground state.
E(level): %IT from 1978Ki17, deduced from intensities of γ lines in 98Ru associated with the decays of the 3.6-min isomer and the 8.72-min ground state.
    106.75(3)+   Note that there is a large intensity imbalance at this level in data from 75As(28Si,2p3nγ) reaction, on the basis of which 2014Ku04 suggest that this level is likely to be different from the one populated in 98Pd ε decay, where no intensity imbalance is found.
E(level): Note that there is a large intensity imbalance at this level in data from 75As(28Si,2p3nγ) reaction, on the basis of which 2014Ku04 suggest that this level is likely to be different from the one populated in 98Pd ε decay, where no intensity imbalance is found.
    112.011+   XREF: E(?)γ(?).
    174.45(2+)   XREF: E(?)γ(?).
    897.9(7+)   Based on the detailed level scheme from their high-spin study, 2014Ku04 in 75As(28Si,2p3nγ) deduce that the 841γ feeds a level at E=56 keV with Jπ=(5+) rather than the (2)+ ground state as proposed by 1983Be63 via (α,pnγ) and (d,3nγ) and adopted in other high-spin studies, which results in a level at 841 with Jπ=(4+). Note that the argument for the placement in 1983Be63 does not take into account that the 3.6-min isomer decays mostly to the g.s. by %IT=89. The evaluators have adopted the placement by 2014Ku04.
E(level): Based on the detailed level scheme from their high-spin study, 2014Ku04 in 75As(28Si,2p3nγ) deduce that the 841γ feeds a level at E=56 keV with Jπ=(5+) rather than the (2)+ ground state as proposed by 1983Be63 via (α,pnγ) and (d,3nγ) and adopted in other high-spin studies, which results in a level at 841 with Jπ=(4+). Note that the argument for the placement in 1983Be63 does not take into account that the 3.6-min isomer decays mostly to the g.s. by %IT=89. The evaluators have adopted the placement by 2014Ku04.
   4447.0(14-)   E(level): Probably related to band based on 13-.
   5552.2(16-)   E(level): Probably related to band based on 13-.
   6747   from the placement of 1136γ to 5611 level (by evaluators).
   7552.4(20-)   E(level): Probably related to band based on 13-.

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Additional Gamma Comments:

E(level)E(gamma)Comments
    106.75    106.8E(γ): weighted average of 106.8 2 from 98Pd ε decay (17.7 min), 106.8 7 from (28Si,2p3nγ), 106.8 3 from (α,pnγ), 106.8 2 from (p,nγ)
    112.01    112.4E(γ): weighted average of 112.2 2 from 98Pd ε decay (17.7 min), 112.5 3 from (α,pnγ), 112.4 2 from (p,nγ)
    174.45     62.5E(γ): only from 1972Ga21 in 98Pd ε decay
     67.7E(γ): weighted average of 67.7 2 from 98Pd ε decay (17.7 min), 67.7 3 from (α,pnγ), 67.7 2 from (p,nγ)
I(γ): from 98Pd ε decay.
M(γ): E1 is not excluded from ce data (see 98Pd ε decay)
    174.5E(γ): weighted average of 174.5 2 from 98Pd ε decay (17.7 min), 174.4 3 from (α,pnγ), 174.6 3 from (p,nγ)
I(γ): from 98Pd ε decay. Other: Iγ(174)/Iγ(67.7)=100 15/65 12 in (p,nγ)
M(γ): E1 is not excluded from ce data (see 98Pd ε decay)
    194.0    145.6E(γ): Ordering of the 139-223 and 206-146 γ cascades is not established in 75As(28Si,2p3nγ) (2014Ku04)
    214.10    214.1E(γ): from (p,nγ)
    271.9    223.4E(γ): Ordering of the 139-223 and 206-146 γ cascades is not established in 75As(28Si,2p3nγ) (2014Ku04)
    400.5    206.5E(γ): Multiply placed with intensity suitably divided. Ordering of the 139-223 and 206-146 γ cascades is not established in 75As(28Si,2p3nγ) (2014Ku04)
I(γ): Multiply placed with intensity suitably divided
    410.9    138.9E(γ): Ordering of the 139-223 and 206-146 γ cascades is not established in 75As(28Si,2p3nγ) (2014Ku04)
    897.9    841.5E(γ): weighted average of 841.6 3 in (28Si,2p3nγ), 841.6 4 in (36S,3nγ) and 841.3 3 in (α,pnγ)
   1290.1    889.6E(γ): other: 889.7 4 (Mult=Q) placed from a 8400 level in (36S,3nγ)
   1623.5    725.9E(γ): weighted average of 725.6 3 in (28Si,2p3nγ), 726.5 4 in (36S,3nγ) and 725.8 3 in (α,pnγ)
   2511.9    888.4E(γ): other: 889.7 4 (Mult=Q) placed from a 8400 level in (36S,3nγ)
   2617.5    994.2E(γ): weighted average of 994.0 3 in (28Si,2p3nγ) and 994.3 3 in (α,pnγ). Other: 995.1 4 in (36S,3nγ)
   3030.6    413.2E(γ): weighted average of 413.0 5 in (28Si,2p3nγ) and 413.4 4 in (36S,3nγ)
I(γ): others: 29 6 in (32S,3pnγ) and 46 5 in (36S,3nγ)
   1407.0E(γ): other: 1409.4 4 in (36S,3nγ)
   3562.7    409.1E(γ): other: 409.2 4 placed from a 2356 level in (36S,3nγ)
    544.4M(γ): from γγ(DCO) in (32S,3pnγ)
   3597.2    979.9E(γ): weighted average of 979.7 3 in (28Si,2p3nγ), 980.4 4 in (36S,3nγ) and 979.9 3 in (α,pnγ)
   3769.3    206.5E(γ): other: 207.1 4 placed from a 2563 level in (36S,3nγ). Multiply placed with intensity suitably divided
I(γ): Multiply placed with intensity suitably divided
   1151.7E(γ): other: 1152 (Mult=Q) placed from a 6346 level in (32S,3pnγ), 1150.7 4 placed from a 8848 level in (36S,3nγ)
   3862.1    264.8E(γ): others: 263.7 3 from (α,pnγ), 265.2 4 from (36S,3nγ)
I(γ): others: 100 5 in (32S,3pnγ), 100 in (36S,3nγ)
    287.9I(γ): other: 23 5 in (32S,3pnγ)
    831.5I(γ): other: 59 5 in (32S,3pnγ), 78 in (36S,3nγ)
E(level)E(gamma)Comments
   4232.0    462.7E(γ): others: 463.4 4 (Mult=d) placed from a 3243 level in (36S,3nγ), 462 (Mult=d) placed from a 3022 level in (32S,3pnγ)
   4411.0    549.1E(γ): weighted average of 548.9 3 in (28Si,2p3nγ) and 549.5 4 in (36S,3nγ)
I(γ): other: 100 8 in (32S,3pnγ), 77 in (36S,3nγ)
    813.9E(γ): other: 815.4 4 (Mult=Q) in (36S,3nγ)
I(γ): other: 40 4 in (32S,3pnγ), 100 in (36S,3nγ)
    836.6I(γ): other: 20 4 in (32S,3pnγ
   4447.0    215.1E(γ): other: 216.3 4 with Mult=d placed from a 2780 level in (36S,3nγ)
   5024.0    792.0E(γ): other: 792 (Mult=Q) placed from a 3814 level in (32S,3pnγ), 792.5 4 (Mult=d) placed from a 4036 level in (36S,3nγ)
   5091.0   1493.7E(γ): other: 1495 1 (Mult=Q) placed from a 5496 level in (36S,3nγ)
   5547.2    456.2E(γ): other: 457.4 4 (Mult=Q) placed from a 4001 level in (36S,3nγ)
I(γ): other: 39 3 in (32S,3pnγ)
   1136.2E(γ): other: 1137.3 4 (Mult=Q) placed from a 5496 level in (36S,3nγ)
I(γ): other: 100 7 in (32S,3pnγ)
   6403.7    856.6E(γ): other: 857.1 4 placed from a 7717 level in (36S,3nγ)
   1379.7E(γ): other: 1380 (Mult=Q) placed from a 5194 level in (32S,3pnγ), 1380.9 4 (Mult=d) placed from a 5417 level in (36S,3nγ)
   6909.2    506.1I(γ): other: 21 4 in (32S,3pnγ)
M(γ): d (ΔJ=1) from γγ(DCO) in (32S,3pnγ) is inconsistent with adopted spin-change (ΔJ=0)
   1361.9E(γ): other: 1363.9 4 (Mult=Q) in (36S,3nγ)
I(γ): other: 100 13 in (32S,3pnγ)
M(γ): other: (Q) from γγ(DCO) in (32S,3pnγ)
   1529.0E(γ): other: 1528 placed from a 9811 level in (32S,3pnγ)
   7337.3    933.6E(γ): other: 933 (Mult=Q) placed from a 6127 level in (32S,3pnγ), 933.1γ (Mult=d) placed from a 6350 level and 934.6 4 placed from a 8652 level in (36S,3nγ)
   7558.4    649.2E(γ): other: 650.7 4 in (36S,3nγ)
M(γ): from γγ(DCO) in (36S,3nγ)
   7611.7   1208.0E(γ): other: 1207.9 4 placed from a 6625 level in (36S,3nγ)
   8341.4   1432.9E(γ): weighted average of 1432.2 7 in (28Si,2p3nγ) and 1433.1 4 in (36S,3nγ)
M(γ): from γγ(DCO) in (32S,3pnγ)
   8654.5   1096.1E(γ): other: 1096.0 4 placed from a 9496 level in (36S,3nγ)
   8685.1   1347.7E(γ): other: 1347.4 4 placed from a 7697 level in (36S,3nγ), 1347 (Mult=(Q)) placed from a 7474 level in (32S,3pnγ)
   8899.9   1288.2E(γ): other: 1287.6 placed from a 7912 level in (36S,3nγ)
  10171.3   1486.2E(γ): other: 1486 placed from a 8960 level in (32S,3pnγ), 1487.5 4 placed from a 9185 level in (36S,3nγ)

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