ADOPTED LEVELS, GAMMAS for 136Pm

Author: E.A. Mccutchan |  Citation: Nucl. Data Sheets 152, 331 (2018) |  Cutoff date: 1-Apr-2018 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=-4.36×103 keV 7S(n)= 9.19×103 keV 10S(p)= 2.25×103 keV 7Q(α)= 1.63×103 keV 7
Reference: 2017WA10

References:
  A  136Sm ε decay  B  (HI,xnγ)
  C  (HI,xnγ):highly deformed 








E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
        XA   (2) 300 s 50 
% ε = 100
     
        Y B  (5-) 107 s 6 
% ε = 100
     
       27.3+Y 2  B  (7-)        
       70.0+Y 6  B  (8+) 1.5 µs 1      42.7 2 
  100
(E1)
       27.3+Y
(7-)
      114.42+X 13 A   1+      114.4 2 
  100

        X
(2)
      123.35+X 19 A        123.4 3 
  100

        X
(2)
      169.2+Y 5  B  (9+)       99.2 2 
  100
(M1)
       70.0+Y
(8+)
      199.11+Y 20  B  (6-)      199.1 2 
  100

        Y
(5-)
      221.1+X 4 A        221.2 5 
  100

        X
(2)
      286.90+X 15 A   (1+)      163.3 4 
   172.4 3 
   286.8 2 
   12.5 25 
   19 5 
  100 25 



      123.35+X
      114.42+X
        X

1+
(2)
      299.30+X 21 A        185.0 3 
   299.3 4 
   32 8 
  100 17 


      114.42+X
        X
1+
(2)
      306.51+X 20 A        183.2 3 
   192.0 4 
   306.6 4 
  100 24 
   86 19 
   76 15 



      123.35+X
      114.42+X
        X

1+
(2)
      315.3+X 3 A        192.0 4 
   200.7 5 
  100 22 
   78 11 


      123.35+X
      114.42+X

1+
      337.0+Y 5  B  (10+)      167.8 2 
   267
  100
 
(M1)

      169.2+Y
       70.0+Y
(9+)
(8+)
      422.45+X 19 A        116.1 4 
   299.3 4 
   422.6 3 
   46 21 
  ≈83
  100 13 



      306.51+X
      123.35+X
        X


(2)
      427.95+X 18 A        128.8 5 
   140.6 3 
   206.9 5 
   313.6 2 
    4.6 16 
   ≈8
   12 4 
  100 23 




      299.30+X
      286.90+X
      221.1+X
      114.42+X

(1+)

1+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
      445.8+Y 4  B  (7-)      247 1 
   446 1 
 
 


      199.11+Y
        Y
(6-)
(5-)
      485.30+X 16 A        170.0 5 
   186.1 4 
   371.0 5 
   485.3 2 
    4.3 8 
    4.3 8 
   13 4 
  100 22 




      315.3+X
      299.30+X
      114.42+X
        X


1+
(2)
      563.23+X 22 A        134.9 4 
   141.4 4 
   276.3 5 
   448.7 3 
   52 8 
   44 19 
   30 8 
  100 12 




      427.95+X
      422.45+X
      286.90+X
      114.42+X


(1+)
1+
      622.4+Y 5  B  (11+)      285.4 2 
   452.9 7 
  100 8 
    6.5 19 
(M1)

      337.0+Y
      169.2+Y
(10+)
(9+)
      732.1+Y 3  B  (8-)      286.3 2 
   533.0 2 
 
 


      445.8+Y
      199.11+Y
(7-)
(6-)
      802.45+X 24 A        380.0 3 
   515.6 5 
   802.4 4 
   29 5 
    5.7 15 
    1.0E2 3 



      422.45+X
      286.90+X
        X

(1+)
(2)
      862.13+X 20 A        377.0 4 
   555.5 4 
   747.7 2 
   17 4 
   12 3 
  100 14 



      485.30+X
      306.51+X
      114.42+X


1+
      914.2+Y 5  B  (12+)      291.8 2 
   577.2 3 
  100 6 
   41 3 
(M1)

      622.4+Y
      337.0+Y
(11+)
(10+)
      927.7+Y 8  B  (11+)      591
   759
 
 


      337.0+Y
      169.2+Y
(10+)
(9+)
     1057.5+Y 5  B  (9-)      325?
   611.7 3 
 
  100


      732.1+Y
      445.8+Y
(8-)
(7-)
     1215.7+Y 8  B  (12+)      288
   593
   878
 
 
 

M1
(E2)
      927.7+Y
      622.4+Y
      337.0+Y
(11+)
(11+)
(10+)
     1322.7+Y 5  B  (13+)      408.5 2 
   700.3 2 
  100 10 
   40 5 

(E2)
      914.2+Y
      622.4+Y
(12+)
(11+)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     1352.6+Y 4  B  (10-)      295 1 ?
   620.5 2 
 
  100


     1057.5+Y
      732.1+Y
(9-)
(8-)
     1579.9+Y 7  B  (13+)      364
   653
   665
 
 
 
M1


     1215.7+Y
      927.7+Y
      914.2+Y
(12+)
(11+)
(12+)
     1679.1+Y 5  B  (14+)      356.4 2 
   764.9 2 
   96 8 
  100 12 
(M1)

     1322.7+Y
      914.2+Y
(13+)
(12+)
     1783.3+Y 11 ? B  (11-)      430 1 ?
   725 1 ?
 
 


     1352.6+Y
     1057.5+Y
(10-)
(9-)
     2006.0+Y 8  B  (14+)      426
   683
   790
  1092?
 
 
 
 

M1


     1579.9+Y
     1322.7+Y
     1215.7+Y
      914.2+Y
(13+)
(13+)
(12+)
(12+)
     2049.9+Y 4  B  (12-)      268 1 ?
   697.3 2 
  1135.7 2 
 
   89 12 
  100 23 

(E2)
(E1)
     1783.3+Y
     1352.6+Y
      914.2+Y
(11-)
(10-)
(12+)
     2157.5+Y 5  B  (15+)      478.2 3 
   834.8 3 
   63 13 
  100 19 


     1679.1+Y
     1322.7+Y
(14+)
(13+)
     2239.3+Y 5  B  (13-)      189.3 2 
   456 1 
   916.6 2 
  100 12 
 
   53 12 


(E1)
     2049.9+Y
     1783.3+Y
     1322.7+Y
(12-)
(11-)
(13+)
     2430.1+Y 7  B  (15+)      424
   751
   850
  1108
 
 
 
 




     2006.0+Y
     1679.1+Y
     1579.9+Y
     1322.7+Y
(14+)
(14+)
(13+)
(13+)
     2450.5+Y 5  B  (14-)      211.3 2 
  100
(M1)
     2239.3+Y
(13-)
     2575.4+Y 5  B  (16+)      417.7 4 
   896.5 3 
 
  100


     2157.5+Y
     1679.1+Y
(15+)
(14+)
     2696.2+Y 6  B  (15-)      245.6 2 
  100

     2450.5+Y
(14-)
     2889.1+Y 9  B  (16+)      459
   883
 
 


     2430.1+Y
     2006.0+Y
(15+)
(14+)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     2997.0+Y 6  B  (16-)      300.8 2 
  100

     2696.2+Y
(15-)
     3081.4+Y 8  B  (17+)      506
   924
 
 


     2575.4+Y
     2157.5+Y
(16+)
(15+)
     3324.0+Y 10  B  (17+)      435
   894
 
 


     2889.1+Y
     2430.1+Y
(16+)
(15+)
     3350.4+Y 6  B  (17-)      353.4 2 
  100

     2997.0+Y
(16-)
     3550.5+Y 9  B  (18+)      469
   975
 
 


     3081.4+Y
     2575.4+Y
(17+)
(16+)
     3724.3+Y 11  B  (18+)      400
   835
 
 


     3324.0+Y
     2889.1+Y
(17+)
(16+)
     3748.8+Y 7  B  (18-)      398.4 2 
  100

     3350.4+Y
(17-)
     4006.2+Y 10  B  (19+)      456
   925
 
 


     3550.5+Y
     3081.4+Y
(18+)
(17+)
     4158.6+Y 12  B  (19+)      434
   835
 
 


     3724.3+Y
     3324.0+Y
(18+)
(17+)
   4215+Y? B  (19-)      468 1 ?
 

     3748.8+Y
(18-)
     4448.1+Y 11  B  (20+)      442
   897
 
 


     4006.2+Y
     3550.5+Y
(19+)
(18+)
     4539.5+Y 13  B  (20+)      381
   815
 
 


     4158.6+Y
     3724.3+Y
(19+)
(18+)
     4885.7+Y 13  B  (21+)      437
   880
 
 


     4448.1+Y
     4006.2+Y
(20+)
(19+)
     4942.5+Y 14  B  (21+)      403
   784
 
 


     4539.5+Y
     4158.6+Y
(20+)
(19+)
        V  C J        
      533.0+V 10   C J+2      533
  100

        V
J
     1136.0+V 15   C J+4      603
  100

      533.0+V
J+2
     1799.0+V 18   C J+6      663
  100

     1136.0+V
J+4
     2541.0+V 20   C J+8      742
  100

     1799.0+V
J+6
     3368.0+V 23   C J+10      827
  100

     2541.0+V
J+8
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     4282.0+V 25   C J+12      914
  100

     3368.0+V
J+10
   5282+V 3   C J+14     1000
  100

     4282.0+V
J+12
   6367+V 3   C J+16     1085
  100

   5282+V
J+14
   7535+V 3   C J+18     1168
  100

   6367+V
J+16
   8786+V 4   C J+20     1251
  100

   7535+V
J+18
  10116+V 4   C J+22     1330
  100

   8786+V
J+20
  11513+V 4   C J+24     1397
  100

  10116+V
J+22
  12955+V 4   C J+26     1442
  100

  11513+V
J+24
        W  C J1        
      675.0+W 10   C J1+2      675
  100

        W
J1
     1386.0+W 15   C J1+4      711
  100

      675.0+W
J1+2
     2161.0+W 18   C J1+6      775
  100

     1386.0+W
J1+4
     3019.0+W 20   C J1+8      858
  100

     2161.0+W
J1+6
     3957.0+W 23   C J1+10      938
  100

     3019.0+W
J1+8
     4974.0+W 25   C J1+12     1017
  100

     3957.0+W
J1+10
   6066+W 3   C J1+14     1092
  100

     4974.0+W
J1+12
   7232+W 3   C J1+16     1166
  100

   6066+W
J1+14
   8469+W 3   C J1+18     1237
  100

   7232+W
J1+16
   9779+W 4   C J1+20     1310
  100

   8469+W
J1+18
        Z  C J2        
      679.0+Z 10   C J2+2      679
  100

        Z
J2
     1436.0+Z 15   C J2+4      757
  100

      679.0+Z
J2+2
     2263.0+Z 18   C J2+6      827
  100

     1436.0+Z
J2+4
     3155.0+Z 20   C J2+8      892
  100

     2263.0+Z
J2+6
     4112.0+Z 23   C J2+10      957
  100

     3155.0+Z
J2+8
     5138.0+Z 25   C J2+12     1026
  100

     4112.0+Z
J2+10
   6231+Z 3   C J2+14     1093
  100

     5138.0+Z
J2+12
   7391+Z 3   C J2+16     1160
  100

   6231+Z
J2+14
   8617+Z 3   C J2+18     1226
  100

   7391+Z
J2+16
   9909+Z 4   C J2+20     1292
  100

   8617+Z
J2+18
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  11274+Z 4   C J2+22     1365
  100

   9909+Z
J2+20
  12720+Z 4   C J2+24     1446
  100

  11274+Z
J2+22
        U  C J3        
       41.0+U 15   C J3        
      753.0+U 10   C J3+2      712
   753
 
 


       41.0+U
        U
J3
J3
     1551.0+U 15   C J3+4      798
  100

      753.0+U
J3+2
     2418.0+U 18   C J3+6      867
  100

     1551.0+U
J3+4
     3353.0+U 20   C J3+8      935
  100

     2418.0+U
J3+6
     4352.0+U 23   C J3+10      999
  100

     3353.0+U
J3+8
     5421.0+U 25   C J3+12     1069
  100

     4352.0+U
J3+10
   6557+U 3   C J3+14     1136
  100

     5421.0+U
J3+12
   7759+U 3   C J3+16     1202
  100

   6557+U
J3+14
   9027+U 3   C J3+18     1268
  100

   7759+U
J3+16
  10368+U 4   C J3+20     1341
  100

   9027+U
J3+18
  11787+U 4   C J3+22     1419
  100

  10368+U
J3+20

E(level): From least-squares fit to Eγ, by evaluator, assuming Δ(Eγ)=1 keV when no uncertainty available.

M(γ): From γ(θ) and R(DCO) in (HI,xnγ), except where noted. Stretched Q transitions assigned to rotational bands are assumed E2 in character.

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Band Transitions:

E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 1 - πh11/2νh11/2, α=0
       70.0+Y 6  (8+) 1.5 µs 1       
      337.0+Y 5  (10+)        
      914.2+Y 5  (12+)        
     1679.1+Y 5  (14+)      356.4 2 
   764.9 2 
   96 8 
  100 12 
(M1)

     1322.7+Y
      914.2+Y
(13+)
(12+)
     2575.4+Y 5  (16+)      417.7 4 
   896.5 3 
 
  100


     2157.5+Y
     1679.1+Y
(15+)
(14+)
     3550.5+Y 9  (18+)      469
   975
 
 


     3081.4+Y
     2575.4+Y
(17+)
(16+)
     4448.1+Y 11  (20+)      442
   897
 
 


     4006.2+Y
     3550.5+Y
(19+)
(18+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 2 - πh11/2νh11/2, α=1
      169.2+Y 5  (9+)        
      622.4+Y 5  (11+)        
     1322.7+Y 5  (13+)        
     2157.5+Y 5  (15+)      478.2 3 
   834.8 3 
   63 13 
  100 19 


     1679.1+Y
     1322.7+Y
(14+)
(13+)
     3081.4+Y 8  (17+)      506
   924
 
 


     2575.4+Y
     2157.5+Y
(16+)
(15+)
     4006.2+Y 10  (19+)      456
   925
 
 


     3550.5+Y
     3081.4+Y
(18+)
(17+)
     4885.7+Y 13  (21+)      437
   880
 
 


     4448.1+Y
     4006.2+Y
(20+)
(19+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 3 - Chiral doublet structure of πh11/2νh11/2, α=0
     1215.7+Y 8  (12+)        
     2006.0+Y 8  (14+)        
     2889.1+Y 9  (16+)        
     3724.3+Y 11  (18+)      400
   835
 
 


     3324.0+Y
     2889.1+Y
(17+)
(16+)
     4539.5+Y 13  (20+)      381
   815
 
 


     4158.6+Y
     3724.3+Y
(19+)
(18+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 4 - Chiral doublet structure of πh11/2νh11/2, α=1
      927.7+Y 8  (11+)        
     1579.9+Y 7  (13+)        
     2430.1+Y 7  (15+)        
     3324.0+Y 10  (17+)      435
   894
 
 


     2889.1+Y
     2430.1+Y
(16+)
(15+)
     4158.6+Y 12  (19+)      434
   835
 
 


     3724.3+Y
     3324.0+Y
(18+)
(17+)
     4942.5+Y 14  (21+)      403
   784
 
 


     4539.5+Y
     4158.6+Y
(20+)
(19+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 5 - νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
        Y (5-) 107 s 6 
% ε = 100
     
      199.11+Y 20  (6-)        
      445.8+Y 4  (7-)        
      732.1+Y 3  (8-)      286.3 2 
   533.0 2 
 
 


      445.8+Y
      199.11+Y
(7-)
(6-)
     1057.5+Y 5  (9-)      325?
   611.7 3 
 
  100


      732.1+Y
      445.8+Y
(8-)
(7-)
     1352.6+Y 4  (10-)      295 1 ?
   620.5 2 
 
  100


     1057.5+Y
      732.1+Y
(9-)
(8-)
     1783.3+Y 11  (11-)      430 1 ?
   725 1 ?
 
 


     1352.6+Y
     1057.5+Y
(10-)
(9-)
     2049.9+Y 4  (12-)      268 1 ?
   697.3 2 
  1135.7 2 
 
   89 12 
  100 23 

(E2)
(E1)
     1783.3+Y
     1352.6+Y
      914.2+Y
(11-)
(10-)
(12+)
     2239.3+Y 5  (13-)      189.3 2 
   456 1 
   916.6 2 
  100 12 
 
   53 12 


(E1)
     2049.9+Y
     1783.3+Y
     1322.7+Y
(12-)
(11-)
(13+)
     2450.5+Y 5  (14-)      211.3 2 
  100
(M1)
     2239.3+Y
(13-)
     2696.2+Y 6  (15-)      245.6 2 
  100

     2450.5+Y
(14-)
     2997.0+Y 6  (16-)      300.8 2 
  100

     2696.2+Y
(15-)
     3350.4+Y 6  (17-)      353.4 2 
  100

     2997.0+Y
(16-)
     3748.8+Y 7  (18-)      398.4 2 
  100

     3350.4+Y
(17-)
   4215+Y (19-)      468 1 ?
 

     3748.8+Y
(18-)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 6 - HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
        V J        
      533.0+V 10  J+2        
     1136.0+V 15  J+4        
     1799.0+V 18  J+6      663
  100

     1136.0+V
J+4
     2541.0+V 20  J+8      742
  100

     1799.0+V
J+6
     3368.0+V 23  J+10      827
  100

     2541.0+V
J+8
     4282.0+V 25  J+12      914
  100

     3368.0+V
J+10
   5282+V 3  J+14     1000
  100

     4282.0+V
J+12
   6367+V 3  J+16     1085
  100

   5282+V
J+14
   7535+V 3  J+18     1168
  100

   6367+V
J+16
   8786+V 4  J+20     1251
  100

   7535+V
J+18
  10116+V 4  J+22     1330
  100

   8786+V
J+20
  11513+V 4  J+24     1397
  100

  10116+V
J+22
  12955+V 4  J+26     1442
  100

  11513+V
J+24
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 7 - HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
        W J1        
      675.0+W 10  J1+2        
     1386.0+W 15  J1+4        
     2161.0+W 18  J1+6      775
  100

     1386.0+W
J1+4
     3019.0+W 20  J1+8      858
  100

     2161.0+W
J1+6
     3957.0+W 23  J1+10      938
  100

     3019.0+W
J1+8
     4974.0+W 25  J1+12     1017
  100

     3957.0+W
J1+10
   6066+W 3  J1+14     1092
  100

     4974.0+W
J1+12
   7232+W 3  J1+16     1166
  100

   6066+W
J1+14
   8469+W 3  J1+18     1237
  100

   7232+W
J1+16
   9779+W 4  J1+20     1310
  100

   8469+W
J1+18
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 8 - HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
        Z J2        
      679.0+Z 10  J2+2        
     1436.0+Z 15  J2+4        
     2263.0+Z 18  J2+6      827
  100

     1436.0+Z
J2+4
     3155.0+Z 20  J2+8      892
  100

     2263.0+Z
J2+6
     4112.0+Z 23  J2+10      957
  100

     3155.0+Z
J2+8
     5138.0+Z 25  J2+12     1026
  100

     4112.0+Z
J2+10
   6231+Z 3  J2+14     1093
  100

     5138.0+Z
J2+12
   7391+Z 3  J2+16     1160
  100

   6231+Z
J2+14
   8617+Z 3  J2+18     1226
  100

   7391+Z
J2+16
   9909+Z 4  J2+20     1292
  100

   8617+Z
J2+18
  11274+Z 4  J2+22     1365
  100

   9909+Z
J2+20
  12720+Z 4  J2+24     1446
  100

  11274+Z
J2+22
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 9 - HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
        U J3        
       41.0+U 15  J3        
      753.0+U 10  J3+2        
     1551.0+U 15  J3+4      798
  100

      753.0+U
J3+2
     2418.0+U 18  J3+6      867
  100

     1551.0+U
J3+4
     3353.0+U 20  J3+8      935
  100

     2418.0+U
J3+6
     4352.0+U 23  J3+10      999
  100

     3353.0+U
J3+8
     5421.0+U 25  J3+12     1069
  100

     4352.0+U
J3+10
   6557+U 3  J3+14     1136
  100

     5421.0+U
J3+12
   7759+U 3  J3+16     1202
  100

   6557+U
J3+14
   9027+U 3  J3+18     1268
  100

   7759+U
J3+16
  10368+U 4  J3+20     1341
  100

   9027+U
J3+18
  11787+U 4  J3+22     1419
  100

  10368+U
J3+20

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
        X(2) 300 s 50 
% ε = 100
E(level): In a recent Penning-Trap experiment (2000Be42) the isomers could not be resolved and their energy difference is still unknown.
        Y(5-) 107 s 6 
% ε = 100
E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50. In a recent Penning-Trap experiment (2000Be42) the isomers could not be resolved and their energy difference is still unknown.
       70.0+Y(8+) 1.5 µs 1  E(level): πh11/2νh11/2, α=0. From 136Sm ε decay.
      169.2+Y(9+)   E(level): πh11/2νh11/2, α=1.
      199.11+Y(6-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
      337.0+Y(10+)   E(level): πh11/2νh11/2, α=0. From 136Sm ε decay.
      445.8+Y(7-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
      622.4+Y(11+)   E(level): πh11/2νh11/2, α=1.
      732.1+Y(8-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
      914.2+Y(12+)   E(level): πh11/2νh11/2, α=0. From 136Sm ε decay.
      927.7+Y(11+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=1.
     1057.5+Y(9-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     1215.7+Y(12+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=0.
     1322.7+Y(13+)   E(level): πh11/2νh11/2, α=1.
     1352.6+Y(10-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     1579.9+Y(13+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=1.
     1679.1+Y(14+)   E(level): πh11/2νh11/2, α=0. From 136Sm ε decay.
     1783.3+Y(11-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     2006.0+Y(14+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=0.
     2049.9+Y(12-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     2157.5+Y(15+)   E(level): πh11/2νh11/2, α=1.
     2239.3+Y(13-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     2430.1+Y(15+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=1.
     2450.5+Y(14-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     2575.4+Y(16+)   E(level): πh11/2νh11/2, α=0. From 136Sm ε decay.
E(level)Jπ(level)T1/2(level)Comments
     2696.2+Y(15-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     2889.1+Y(16+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=0.
     2997.0+Y(16-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     3081.4+Y(17+)   E(level): πh11/2νh11/2, α=1.
     3324.0+Y(17+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=1.
     3350.4+Y(17-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     3550.5+Y(18+)   E(level): πh11/2νh11/2, α=0. From 136Sm ε decay.
     3724.3+Y(18+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=0.
     3748.8+Y(18-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     4006.2+Y(19+)   E(level): πh11/2νh11/2, α=1.
     4158.6+Y(19+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=1.
   4215+Y(19-)   E(level): νh11/2~#π5/2[413] configuration. Assignment by 1987Be50.
     4448.1+Y(20+)   E(level): πh11/2νh11/2, α=0. From 136Sm ε decay.
     4539.5+Y(20+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=0.
     4885.7+Y(21+)   E(level): πh11/2νh11/2, α=1.
     4942.5+Y(21+)   E(level): Chiral doublet structure of πh11/2νh11/2, α=1.
        VJ   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
      533.0+VJ+2   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
     1136.0+VJ+4   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
     1799.0+VJ+6   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
     2541.0+VJ+8   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
     3368.0+VJ+10   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
     4282.0+VJ+12   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
   5282+VJ+14   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
   6367+VJ+16   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
E(level)Jπ(level)T1/2(level)Comments
   7535+VJ+18   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
   8786+VJ+20   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
  10116+VJ+22   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
  11513+VJ+24   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
  12955+VJ+26   E(level): HIGHLY-DEFORMED band #1. Q(intrinsic)=5.2 3.
        WJ1   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
      675.0+WJ1+2   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
     1386.0+WJ1+4   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
     2161.0+WJ1+6   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
     3019.0+WJ1+8   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
     3957.0+WJ1+10   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
     4974.0+WJ1+12   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
   6066+WJ1+14   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
   7232+WJ1+16   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
   8469+WJ1+18   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
   9779+WJ1+20   E(level): HIGHLY-DEFORMED band #2. Q(intrinsic)=5.2 4.
        ZJ2   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
      679.0+ZJ2+2   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
     1436.0+ZJ2+4   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
     2263.0+ZJ2+6   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
     3155.0+ZJ2+8   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
     4112.0+ZJ2+10   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
     5138.0+ZJ2+12   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
   6231+ZJ2+14   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
   7391+ZJ2+16   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
E(level)Jπ(level)T1/2(level)Comments
   8617+ZJ2+18   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
   9909+ZJ2+20   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
  11274+ZJ2+22   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
  12720+ZJ2+24   E(level): HIGHLY-DEFORMED band #3. Q(intrinsic)=5.7 6.
        UJ3   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
       41.0+UJ3   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
      753.0+UJ3+2   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
     1551.0+UJ3+4   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
     2418.0+UJ3+6   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
     3353.0+UJ3+8   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
     4352.0+UJ3+10   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
     5421.0+UJ3+12   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
   6557+UJ3+14   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
   7759+UJ3+16   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
   9027+UJ3+18   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
  10368+UJ3+20   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.
  11787+UJ3+22   E(level): HIGHLY-DEFORMED band #4. Q(intrinsic)=5.7 6.

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Additional Gamma Comments:

E(level)E(gamma)Comments
       70.0+Y       42.7M(γ): M2, and higher multipolarities are excluded based on comparison to RUL. Systematics of odd-odd n=77 nuclei exhibit Jπ=8+ isomers decaying by E1 transitions. Similarly in the n=73 odd-odd nucleus 134Pm, the long-lived μs isomer decays by an E1 transition (2008Ri05).
      114.42+X      114.4E(γ): From 136Sm ε decay
      123.35+X      123.4E(γ): From 136Sm ε decay
      169.2+Y       99.2M(γ): d from γ(θ) and R(DCO) in (HI,xnγ), M1 from assignment to rotational band
      221.1+X      221.2E(γ): From 136Sm ε decay
      286.90+X      163.3E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      172.4E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      286.8E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      299.30+X      185.0E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      299.3E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      306.51+X      183.2E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      192.0E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      306.6E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      315.3+X      192.0E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      200.7E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      337.0+Y      167.8M(γ): d from γ(θ) and R(DCO) in (HI,xnγ), M1 from assignment to rotational band
      422.45+X      116.1E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      299.3E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      422.6E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      427.95+X      128.8E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      140.6E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      206.9E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      313.6E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      485.30+X      170.0E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      186.1E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      371.0E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      485.3E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
E(level)E(gamma)Comments
      563.23+X      134.9E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      141.4E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      276.3E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      448.7E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      802.45+X      380.0E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      515.6E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      802.4E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      862.13+X      377.0E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      555.5E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
      747.7E(γ): From 136Sm ε decay
I(γ): From 136Sm ε decay
     1215.7+Y      593M(γ): from R(DCO) and γ(lin pol) in (HI,xnγ)
      878M(γ): Q from R(DCO) in (HI,xnγ), E2 from Δπ=no from level scheme
     1322.7+Y      700.3M(γ): Q from R(DCO) in (HI,xnγ), E2 from assumed band structure
     1579.9+Y      364M(γ): from R(DCO) and γ(lin pol) in (HI,xnγ)
     1679.1+Y      356.4M(γ): d from γ(θ) and R(DCO) in (HI,xnγ), M1 from assignment to rotational band
     2006.0+Y      683M(γ): from R(DCO) and γ(lin pol) in (HI,xnγ)
     2049.9+Y      697.3M(γ): Q from R(DCO) in (HI,xnγ), E2 from assumed band structure
     1135.7M(γ): d from γ(θ) in (HI,xnγ), Δπ=yes from level scheme. d from γ(θ) and R(DCO) in (HI,xnγ), M1 from assignment to rotational band
     2239.3+Y      916.6M(γ): d from γ(θ) in (HI,xnγ), Δπ=yes from level scheme
     2450.5+Y      211.3M(γ): d from γ(θ) and R(DCO) in (HI,xnγ), M1 from assignment to rotational band

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