19O     19N B- DECAY:336 MS:XUNDL-1   2006SU12                           200609
 19O  c  Compiled (unevaluated) dataset from 2006Su12:                          
 19O 2c  Phys Rev C 74, 024322 (2006).                                          
 19O  c  Compiled by: M. Mitchell and B. Singh (McMaster) August 30, 2006.      
 19O  c  {+19}N beam was produced from fragmentation of {+22}Ne beam at         
 19O 2c  80 MeV/nucleon on a {+9}Be target and separation of fragments          
 19O 3c  using A1200 Fragment Recoil Separator at Michigan. The {+19}N          
 19O 4c  beam were implanted in a scintilaltor, the main impurity was           
 19O 5c  |?0.5% of {+17}C. Measured isotopic half-lives, E|g, I|g, |g|g,        
 19O 6c  delayed neutrons, |gn coin using two HpGe detectors for |g rays and a  
 19O 7c  neutron bar array (16 plastic scintillators) for neutrons.             
 19O 8c  The half-lives were measured from neutron gated |g decay curves.       
 19O 9c  Shell-model calculations                                               
 19O  cB IB$ Uncertainties assigned by the compilers                            
 19O  cB LOGFT$ Deduced by compilers using log| {Ift} code at www.nndc.bnl.gov  
 19O  cL E$From least-squares fit to E|g's (by compilers).                      
 19O  cL E$ For neutron decaying states, values deduced by the                  
 19O 2cL compilers using energies (in lab system) of neutron branches as        
 19O 3cL quoted by 2006Su12 and S(n)(for {+19}O)=3954.9 {I28} (2003Au03)        
 19N   P 0.0         1/2-              336 MS    3              12527     17    
 19N  cP T$From 2006Su12                                                        
 19N  cP QP$from 2003Au03                                                       
 19O   N 1                     1                                                
 19O  cN BR$%|b{+-}n=41.8 {I9} (2006Su12)                                       
 19O  PN                                                                     3  
 19O   L 0            5/2+                                                      
 19O   B             7.5     LT             8.9  GT                          1U 
 19O  cB LOGFT$ for expected first-forbidden unique transition.                 
 19O 2cB 2006Su12 list >6.2 deduced for a non-unique transition                 
 19O S B EAV=6024.7 85                                                          
 19O   L 96.4       3 3/2+                                                      
 19O   G 96.4      3  47.4   13                                                 
 19O   L 1472.2     6 1/2+                                                      
 19O   B             1.6     7             6.79  19                             
 19O S B EAV=5283.2 85                                                          
 19O   G 1375.7    5  17.2   5                                                  
 19O   L 3235.7    11 (1/2-,3/2-)                                               
 19O   B             8.1     3             5.63  2                              
 19O S B EAV=4409.0 85                                                          
 19O   G 3139      1  8.1    3                                                  
 19O   L 3947.6     6 3/2-                                                      
 19O   B             41.0    10            4.76  1                              
 19O S B EAV=4056.4 85                                                          
 19O   G 2475.2    7  15.6   5                                                  
 19O   G 3851      1  22.0   8                                                  
 19O F G FL=96.4                                                                
 19O   G 3947      1  3.4    2                                                  
 19O   L 4432      4  (1/2-,3/2-)                                               
 19O  cL E$ 4434 (2006Su12)                                                     
 19O   B             10.4    8             5.24   4                             
 19O S B EAV=3815.6 85                                                          
 19O   L 6403      11 (1/2-,3/2-)                                               
 19O  cL E$ 6405 (2006Su12)                                                     
 19O   B             4.1     1             5.07  2                              
 19O S B EAV=2842.5 84                                                          
 19O   L 7050      5  (1/2-,3/2-)                                               
 19O  cL E$ 7053 (2006Su12)                                                     
 19O   B             17.3    4             4.22  2                              
 19O S B EAV=2522.6 92                                                          
 19O   L 8740      14 (1/2-,3/2-)                                               
 19O  cL E$ 8743 (2006Su12)                                                     
 19O   B             7.6     2             3.85  2                              
 19O  cB IB$ 0.9 listed in table IV of 2006Su12 seems a misprint.               
 19O 2cB 6.7% listed in authors' figure 8 is increased to 7.6                   
 19O 3cB (by compilers) by adding contribution from possible 4514 neutron       
 19O 4cB branch to the g.s.                                                     
 19O  cB LOGFT$ 4.71 listed in table IV of 2006Su12 corresponds to incorrect    
 19O 2cB |b feeding                                                             
 19O S B EAV=1695.2 83                                                          
 19O   L 10573     11  (1/2-,3/2-)                                              
 19O   B             1.2     1             3.39   4                             
 19O S B EAV=818.8 80                                                           
                                                                                
 19O     20N B-N DECAY:136MS:XUNDL-2   2006SU12                           200609
 19O  c  Compiled (unevaluated) dataset from 2006Su12:                          
 19O 2c  Phys Rev C 74, 024322 (2006).                                          
 19O  c  Compiled by: M. Mitchell and B. Singh (McMaster) August 30, 2006.      
 19O  c  {+20}N beam was produced from fragmentation of {+22}Ne beam at         
 19O 2c  80 MeV/nucleon on a {+9}Be target and separation of fragments          
 19O 3c  using A1200 Fragment Recoil Separator at Michigan. The {+20}N          
 19O 4c  beam were implanted in a scintilaltor, the main impurity was           
 19O 5c  |?1.1% of {+18}C. Measured isotopic half-lives, E|g, I|g, |g|g,        
 19O 6c  delayed neutrons, |gn coin using two HpGe detectors for |g rays and a  
 19O 7c  neutron bar array (16 plastic scintillators) for neutrons.             
 19O 8c  The half-lives were measured from neutron gated |g decay curves.       
 19O  cDNIP$Total emission probability =42.9% {i14}                             
 20N   P 0.0           2-              136 MS    3              10360     60    
 20N  cP T$ From 2006Su12                                                       
 20N  cP QP$ From 2003Au03                                                      
 19O   N 1                     0.429   14               0.429 14                
 19O  cN BR$%|b{+-}n=42.9 {I14}                                                 
 19O  PN                                                                     3  
 19O   L 0            5/2+                                                      
 19O   L 96.4       3 3/2+                                                      
 19O   DN 1098     1 7.6     7 8860                                             
 19O   DN 1254     2 5.2     5 9024                                             
 19O   DN 2071     2 14.9    6 9884                                             
 19O   G 96.4      3  43.9   19                                                 
 19O   L 1472.0     6 1/2+                                                      
 19O   DN 1432     2 4.4     5 10587                                            
 19O   DN 1673     4 4.3     6 10841                                            
 19O   DN 3269     7 2.5     7 12521                                            
 19O   DN 3683     5 4.5     5 12957                                            
 19O  cDNIP$ listed as 4.0 in figure 15 of 2006Su12                             
 19O   G 1375.5    5  15.6   7                                                  
                                                                                
 19O     18O(N,G):E=thermal:XUNDL-3    2007NA26                           200711
 19O  c  Compiled (unevaluated) dataset from 2007Na26:                          
 19O 2c  Phys Rev C 76, 051301(R) (2007)                                        
 19O  c  Compiled by S. Geraedts and B. Singh (McMaster): Nov 16, 2007          
 19O  c  E=thermal. Measured E|g, I|g, |g|g coin using an HPGe detector         
 19O 2c  with Compton-suppression. Enriched target. Experiment performed using  
 19O 3c  JRR-3 reactor at the Japan Atomic Energy Agency.                       
 19O  PN                                                                     5  
 19O   L 0.0          5/2+                                                      
 19O   L 96.0      5  3/2+                                                      
 19O   G 96.0      5  198    30                                                 
 19O   L 1471.0    5  1/2+                                                      
 19O   G 1375.0    5  100                                                       
 19O   L 3233.3    5  1/2-                                                      
 19O   G 3137.3    5  31     4                                                  
 19O   L 3944.0    5  3/2-                                                      
 19O  cL $ Interpreted as one-hole four-particle state based on strong E1       
 19O 2cL transition strengths.                                                  
 19O   G 2473.0    5  46     6                                                  
 19O   G 3848.0    5  66     7                                                  
 19O   G 3944         11     LT                                                 
 19O  cG $ |g not observed                                                      
 19O   L 3962.4    5  1/2+                                                     S
 19O   G 18.4         123    10                                                S
 19O  cG $Partial capture cross section=100 |ub {I10}                           
 19O   G 729.4     5  36     5                                                  
 19O  cG $Partial capture cross section=32 |ub {I5}                             
 19O   G 2491.4       31     4                                                  
 19O  cG $Partial capture cross section=28 |ub {I4}                             
                                                                                
 19O     18O(N,G):XUNDL-4              2008OH05                           200805
 19O  c  Compiled (unevaluated) dataset from 2008Oh05:                          
 19O 2c  Phys Rev C 77, 051303(R) (2008)                                        
 19O  c  Compiled by S. Geraedts and B. Singh (McMaster); May 29, 2008          
 19O  c  E(n)=10-80 keV neutrons produced in the reaction {+7}Li(p,n) reaction  
 19O 2c  using the 3.2 MV Pelletron accelerator at the Tokyo Institute of       
 19O 3c  Technology. Measured E|g, I|g, |g|g-coin using anti-Compton NaI(Tl)    
 19O 4c  spectrometer, time-of-flight method.                                   
 19O  CL S$LABEL=C{+2}S                                                         
 19O  PN                                                                     5  
 19O   L 0            5/2+                                      0.57            
 19O   L 96           3/2+                                      0.01            
 19O   L 1471         1/2+                                      1.0             
 19O   L 3233         1/2-                                                      
 19O   L 3944         3/2-                                                      
 19O   G 2473         26                                                        
 19O   G 3850         37                                                        
 19O  cG $partial cross section<1.0 |mb                                         
 19O   G 3944          6     LT                                                ?
 19O   L 4011                                                                  S
 19O  cL E$S(n)+E(n), where S(n)=3959.4 {I28} (2003Au03), E(n)(lab)=52 keV      
 19O  cL $ Total |s=9.8 |mb {I14}                                               
 19O   G 2540      25  4.6   8                                                  
 19O  cG $Partial cross section=4.6 |mb {I8}                                    
 19O   G 3920      25  3.6   9                                                  
 19O  cG $Partial cross section=3.6 |mb {I9}                                    
 19O F G FL=96                                                                  
 19O   G 4010      25  1.6   8                                                  
 19O  cG $Partial cross section=1.6 |mb {I8}                                    
 19O F G FL=0                                                                   
                                                                                
 19O     13C(7LI,P):XUNDL-5            2010VO09                           201104
 19O  c  Compiled (unevaluated dataset from 2010Vo09                            
 19O  c  Eur Phys J A 46, 345 (2010)                                            
 19O  c  Compiled by J. Kelley and C.G. Sheu (TUNL), January 31, 2011.          
 19O  c  The authors studied resonances in {+19}O with the aim of gaining       
 19O 2c  insight into the rotational bands.                                     
 19O  c  A beam of 44 MeV {+7}Li impinged on a 96.4% enriched 100 |mg/cm{+2}    
 19O 2c  {+13}C target at the Maier-Leibniz Laboratory in Munich. The reaction  
 19O 3c  protons were measured in the Q3D spectrometer at |q=10|', 20|' and 39  
 19O 4c  '; the magnetic filed setting were cycled so that 0|<E{-x}|<21         
 19O 5c  MeV was surveyed with an overall resolution of |DE|?45 keV. The {+19}O 
 19O 6c  "shell model states" and cluster bands are related to those of {+18}O, 
 19O 7c  via the weak coupling approach for the additional neutron.             
 19O  cL J(A)$From Adopted Levels for {+19}O in ENSDF database.                 
 19O  CL T$LABEL=WIDTH                                                          
 19O  CL S$LABEL=DS/DW{-cm}(THETA{-lab}=10 DEG) (UB/sr)                         
 19O  CL BAND(B)$ KPI=3/2+ cluster band                                         
 19O  CL BAND(C)$ KPI=3/2- cluster band.                                        
 19O  CL BAND(D)$ KPI=3/2- band.                                                
 19O   L 0         3 5/2+                                       0.80      10A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.69 |mb/sr 6                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.19 |mb/sr 3                             
 19O   L 98        4 3/2+                                       0.77      10A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.39 |mb/sr 5                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.22 |mb/sr 3                             
 19O   L 1.471E3   4 1/2+                                       0.24      5 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.26 |mb/sr 4                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.12 |mb/sr 2                             
 19O   L 2.374E3   4 9/2+                                       0.91      10A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.11 |mb/sr 3                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.64 |mb/sr 5                             
 19O   L 2.775E3   3 7/2+                                       1.44      13A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.92 |mb/sr 7                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.51 |mb/sr 4                             
 19O   L 3.066E3   4 (3/2+)                                     0.47      5 B   
 19O  cL $K|p=3/2+ Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.25 |mb/sr 4                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.16 |mb/sr 2                             
 19O   L 3.154E3   4 5/2+                                       0.86      7 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.86 |mb/sr 7                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.28 |mb/sr 3                             
 19O   L 3.227E3   4 (3/2+)                                     0.84      7     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.62 |mb/sr 6                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.47 |mb/sr 4                             
 19O   L 3.946E3   3 3/2-                                       4.14      16A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.88 |mb/sr 13                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.40 |mb/sr 7                             
 19O   L 4.106E3   4 3/2+              7 KEV                    0.63      6 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.52 |mb/sr 5                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.23 |mb/sr 3                             
 19O   L 4.327E3   5 (5/2+)            5 KEV                    0.89      7 B   
 19O  cL $K|p=3/2+ Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.79 |mb/sr 7                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.37 |mb/sr 4                             
 19O   L 4.404E3   5 3/2,5/2,7/2       13 KEV                   0.76      7 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.82 |mb/sr 7                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.32 |mb/sr 3                             
 19O   L 4.594E3   4 3/2-              42 KEV                   1.56      10A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.45 |mb/sr 9                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.47 |mb/sr 4                             
 19O   L 4.703E3   5 5/2+              7 KEV                    1.32      9 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.16 |mb/sr 8                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.78 |mb/sr 5                             
 19O   L 4.943E3   5 5/2,7/2           4 KEV                    0.60      6 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.62 |mb/sr 6                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.29 |mb/sr 3                             
 19O   L 4.994E3   5 3/2,5/2           11 KEV                   1.51      9 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.32 |mb/sr 8                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.73 |mb/sr 5                             
 19O   L 5.073E3   5 1/2-              13 KEV                   0.29      4 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.16 |mb/sr 3                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.05 |mb/sr 1                             
 19O   L 5.151E3   4 5/2+              19 KEV                   0.89      7 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.88 |mb/sr 7                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.29 |mb/sr 3                             
 19O   L 5.362E3   4 (3/2-)            13 KEV                   1.28      9 D   
 19O  cL $K|p=3/2- Band.                                                        
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.27 |mb/sr 8                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.79 |mb/sr 5                             
 19O   L 5.502E3   3  (7/2+)           13 KEV                   1.79      10B   
 19O  cL $K|p=3/2+ Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.18 |mb/sr 8                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.72 |mb/sr 5                             
 19O   L 5.573E3   5 3/2+              10 KEV                   0.22      4 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.09 |mb/sr 2                             
 19O   L 5.698E3   5 5/2,7/2-          22 KEV                   0.41      4 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.44 |mb/sr 5                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.21 |mb/sr 3                             
 19O   L 6.116E3   4 3/2+              13 KEV                   2.22      9 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.48 |mb/sr 8                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.88 |mb/sr 5                             
 19O   L 6.261E3   6 7/2-              17 KEV                   0.33      4 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.67 |mb/sr 6                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.40 |mb/sr 4                             
 19O   L 6.398E3   3                   10 KEV                   1.14      7     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.43 |mb/sr 8                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.76 |mb/sr 5                             
 19O   L 6.463E3   7 7/2,9/2,11/2      12 KEV                   0.62      5 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.81 |mb/sr 6                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.65 |mb/sr 5                             
 19O   L 6.590E3   4                   18 KEV                   5.41      15    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=5.73 |mb/sr 17                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.96 |mb/sr 8                             
 19O   L 6.671E3   6                   20 KEV                   0.47      4     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.47 |mb/sr 5                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.70 |mb/sr 5                             
 19O   L 6.774E3   6                   32 KEV                   0.38      4     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.69 |mb/sr 6                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.38 |mb/sr 4                             
 19O   L 6.887E3   6                   10 KEV                   0.35      4     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.25 |mb/sr 3                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.19 |mb/sr 3                             
 19O   L 6.970E3   5 (3/2-)            26 KEV                   1.91      9 C   
 19O  cL $K|p=3/2- Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.78 |mb/sr 9                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.82 |mb/sr 5                             
 19O   L 7.128E3   4 (9/2+)            13 KEV                   4.28      13B   
 19O  cL $K|p=3/2+ Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=4.27 |mb/sr 14                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.97 |mb/sr 8                             
 19O   L 7.235E3   5                   39 KEV                   0.34      4     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=3.57 |mb/sr 13                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.98 |mb/sr 8                             
 19O   L 7.504E3   6 (5/2-)            4 KEV                    3.65      12D   
 19O  cL $K|p=3/2- Band.                                                        
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.58 |mb/sr 11                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.61 |mb/sr 7                             
 19O   L 7.602E3   6 (5/2-)            4 KEV                    2.96      11C   
 19O  cL $K|p=3/2- Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.90 |mb/sr 12                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.72 |mb/sr 8                             
 19O   L 7.826E3   6                   15 KEV                   0.43      4     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.21 |mb/sr 3                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.25 |mb/sr 3                             
 19O   L 8.055E3   5                   12 KEV                   1.33      7     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.20 |mb/sr 8                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.47 |mb/sr 3                             
 19O   L 8.118E3   5                   30 KEV                   0.54      5     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.60 |mb/sr 5                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.46 |mb/sr 3                             
 19O   L 8.189E3   5                   28 KEV                   0.70      5     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.73 |mb/sr 6                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.45 |mb/sr 3                             
 19O   L 8.411E3   5                   20 KEV                   1.62      8     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.63 |mb/sr 9                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.66 |mb/sr 4                             
 19O   L 8.537E3   7                   82 KEV                   2.18      10    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.13 |mb/sr 10                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.80 |mb/sr 7                             
 19O   L 8.748E3   6                   70 KEV                   2.85      11    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=3.13 |mb/sr 12                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.57 |mb/sr 6                             
 19O   L 8.865E3   6                   53 KEV                   1.14      7     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.59 |mb/sr 9                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.09 |mb/sr 5                             
 19O   L 8.983E3   6                   53 KEV                   1.86      9     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.16 |mb/sr 10                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.42 |mb/sr 6                             
 19O   L 9.055E3   5 (7/2-)            37 KEV                   4.21      13C   
 19O  cL $K|p=3/2- Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=4.27 |mb/sr 14                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.66 |mb/sr 7                             
 19O   L 9.251E3   5 (11/2+)           15 KEV                   7.82      18B   
 19O  cL $K|p=3/2+ Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=7.23 |mb/sr 19                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=3.87 |mb/sr 10                            
 19O   L 9.416E3   7                   15 KEV                                   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.58 |mb/sr 5                             
 19O   L 9.494E3   5                   83 KEV                   2.22      10    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=3.40 |mb/sr 13                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.24 |mb/sr 2                             
 19O   L 9.619E3   7 7/2-              78 KEV                   1.07      7 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.31 |mb/sr 8                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=2.15 |mb/sr 7                             
 19O   L 9.712E3   5                   12 KEV                   1.53      8     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.91 |mb/sr 10                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.56 |mb/sr 6                             
 19O   L 9.810E3   9                   25 KEV                   0.99      7     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.78 |mb/sr 6                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.33 |mb/sr 3                             
 19O   L 9.941E3   6                   58 KEV                   2.63      11    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.64 |mb/sr 11                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.96 |mb/sr 8                             
 19O   L 10.003E3  6                   14 KEV                   1.13      7     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.89 |mb/sr 7                             
 19O   L 10.086E3  7                   32 KEV                   1.77      9     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.20 |mb/sr 8                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.74 |mb/sr 5                             
 19O   L 10.152E3  5 (9/2-)            60 KEV                   4.33      14C   
 19O  cL $K|p=3/2- Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=6.22 |mb/sr 17                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=2.25 |mb/sr 9                             
 19O   L 10.351E3  5 7/2-              7 KEV                    2.90      10D   
 19O  cL $K|p=3/2- Band.                                                        
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=5.16 |mb/sr 19                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=3.05 |mb/sr 10                            
 19O   L 10.660E3  5 7/2-              19 KEV                   1.10      6 A   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.39 |mb/sr 13                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=2.25 |mb/sr 9                             
 19O   L 10.792E3  5                   15 KEV                                   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.46 |mb/sr 4                             
 19O   L 10.920E3  20                  167 KEV                  11.12     19    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=9.8 |mb/sr 3                              
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=5.76 |mb/sr 14                            
 19O   L 11.248E3  11                  87 KEV                                   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=3.97 |mb/sr 17                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=2.63 |mb/sr 9                             
 19O   L 11.587E3  5                   52 KEV                   1.08      6     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.51 |mb/sr 10                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=2.62 |mb/sr 9                             
 19O   L 11.693E3  5                   20 KEV                   2.58      9     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=3.94 |mb/sr 17                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.94 |mb/sr 6                             
 19O   L 11.771E3  5                   17 KEV                   1.91      8     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.96 |mb/sr 15                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.65 |mb/sr 7                             
 19O   L 11.848E3  5                   143 KEV                  4.50      12    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=5.99 |mb/sr 21                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.53 |mb/sr 7                             
 19O   L 12.038E3  5 (13/2+)           5 KEV                    8.52      17B   
 19O  cL $K|p=3/2+ Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=13.8 |mb/sr 3                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=2.55 |mb/sr 9                             
 19O   L 12.055E3  13                  200 KEV                  5.02      13    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=4.05 |mb/sr 17                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=3.41 |mb/sr 11                            
 19O   L 12.235E3  5                   34 KEV                   2.20      8     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.11 |mb/sr 13                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.15 |mb/sr 6                             
 19O   L 12.328E3  6                   32 KEV                   1.93      8     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.68 |mb/sr 11                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.14 |mb/sr 6                             
 19O   L 12.429E3  6                   102 KEV                  3.84      12    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=3.60 |mb/sr 17                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=3.66 |mb/sr 10                            
 19O   L 12.557E3  7                   38 KEV                   1.91      9     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.04 |mb/sr 9                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.17 |mb/sr 6                             
 19O   L 12.649E3  8                   35 KEV                   1.42      7     
 19O   L 12.702E3  8                   50 KEV                                   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.12 |mb/sr 9                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.08 |mb/sr 5                             
 19O   L 12.804E3  11                  118 KEV                  5.21      14    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=4.05 |mb/sr 18                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=4.04 |mb/sr 10                            
 19O   L 13.103E3  15 (11/2-)          220 KEV                  9.50      19C   
 19O  cL $K|p=3/2- Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=9.4 |mb/sr 3                              
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=5.34 |mb/sr 12                            
 19O   L 13.243E3  7 (9/2-)            22 KEV                   2.54      10D   
 19O  cL $K|p=3/2- Band.                                                        
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.95 |mb/sr 15                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=3.83 |mb/sr 10                            
 19O   L 13.444E3  9                   103 KEV                  4.07      13    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=3.71 |mb/sr 17                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=3.61 |mb/sr 10                            
 19O   L 13.715E3  9                   20 KEV                                   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=0.99 |mb/sr 9                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.36 |mb/sr 3                             
 19O   L 13.860E3  5                   22 KEV                   3.70      12    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=3.06 |mb/sr 15                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.62 |mb/sr 7                             
 19O   L 13.920E3  14                  153 KEV                  7.99      18    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=5.99 |mb/sr 21                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=3.61 |mb/sr10                             
 19O   L 14.131E3  9                   60 KEV                   2.44      10    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.73 |mb/sr 11                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.03 |mb/sr 5                             
 19O   L 14.292E3  9                   52 KEV                   1.16      7     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=1.80 |mb/sr 11                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.07 |mb/sr 5                             
 19O   L 14.437E3  9                   87 KEV                   2.71      10    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.61 |mb/sr 13                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.98 |mb/sr 7                             
 19O   L 14.633E3  9                   90 KEV                                   
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=3.01 |mb/sr 14                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.63 |mb/sr 6                             
 19O   L 14.799E3  12                  195 KEV                  6.47      16    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=2.47 |mb/sr 8                             
 19O   L 14.841E3  12                  180 KEV                                  
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.89 |mb/sr 14                            
 19O   L 14.956E3  6 (15/2+)           110 KEV                  8.86      19B   
 19O  cL $K|p=3/2+ Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=13.2 |mb/sr 3                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=5.99 |mb/sr 12                            
 19O   L 15.091E3  6                   7 KEV                    2.68      10    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.32 |mb/sr 12                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=0.73 |mb/sr 4                             
 19O   L 15.293E3  7                   118 KEV                  5.65      15    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=8.15 |mb/sr 23                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=4.16 |mb/sr 10                            
 19O   L 15.483E3  35(13/2-)           320 KEV                  24.26     31C   
 19O  cL $K|p=3/2- Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=18.0 |mb/sr 3                             
 19O   L 15.501E3  6                   10 KEV                   1.41      8     
 19O   L 15.671E3  6                   35 KEV                   2.61      10    
 19O   L 16.135E3  11                  253 KEV                  21.1      4     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=10.5 |mb/sr 3                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=6.69 |mb/sr 16                            
 19O   L 16.507E3  18                  120 KEV                  4.59      17    
 19O   L 16.711E3  17                  340 KEV                  24.0      4     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=19.9 |mb/sr 4                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=9.77 |mb/sr 19                            
 19O   L 17.120E3  15                  267 KEV                  12.7      3     
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=16.9 |mb/sr 3                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=7.94 |mb/sr 17                            
 19O   L 17.290E3  5 (13/2-)           9 KEV                    10.2      3 D   
 19O  cL $K|p=3/2- Band.                                                        
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=9.64 |mb/sr 24                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=8.30 |mb/sr 17                            
 19O   L 17.436E3  9                   210 KEV                  8.48      23    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=10.8 |mb/sr 3                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=5.79 |mb/sr 13                            
 19O   L 17.628E3  8                   70 KEV                   3.39      12    
 19O   L 17.801E3  8                   100 KEV                                  
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=2.83 |mb/sr 14                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.63 |mb/sr 7                             
 19O   L 18.074E3  13(17/2+)           109 KEV                  18.7      3 B   
 19O  cL $K|p=3/2+ Cluster Band.                                                
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=9.7 |mb/sr 3                              
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=7.26 |mb/sr 15                            
 19O   L 18.300E3  9 (15/2-)           290 KEV                  21.0      3 C   
 19O  cL $K|p=3/2- Cluster Band.                                                
 19O   L 18.407E3  9                   230 KEV                                  
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=17.4 |mb/sr 4                             
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=8.22 |mb/sr 16                            
 19O   L 18.625E3  9                   140 KEV                  10.38     22    
 19O   L 18.694E3  9                   120 KEV                                  
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=6.03 |mb/sr 21                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=1.45 |mb/sr 7                             
 19O   L 18.873E3  8                   133 KEV                  12.58     24    
 19O  cL $d|s/d|W{-cm}(|q{-lab}=20|')=6.31 |mb/sr 22                            
 19O  cL $d|s/d|W{-cm}(|q{-lab}=39|')=2.24 |mb/sr 8                             
 19O   L 19.127E3  10                  140 KEV                  7.2       3     
 19O   L 19.300E3  10                  60 KEV                   4.10      23    
 19O   L 19.705E3  18(17/2-)           230 KEV                  20.5      5 C   
 19O  cL $K|p=3/2- Cluster Band.                                                
 19O   L 20.589E3  14                  80 KEV                   5.9       3     
                                                                                
 19O     9BE(14C,AG):XUNDL-6           2016DU02                           201609
 19O  c  Compiled (unevaluated) dataset from 2016Du02                           
 19O  c  Phys. Rev. C 93, 021302 (2016)                                         
 19O  c  Compiled by J.H. Kelley and C.G. Sheu (TUNL), May 16, 2016.            
 19O  c  The authors studied the radiative decay properties of neutron unbound  
 19O 2c  states in {+19}O using the {+9}Be({+14}C,|a|g) reaction.               
 19O  c  Beams of 30 and 35 MeV {+14}C ions, from the John D. Fox Laboratory    
 19O 2c  at FSU, impinged on a 0.125 mm thick {+nat}Be target that was          
 19O 3c  positioned in the FSU Compton-suppressed |g detector array. A Si       
 19O 4c  |DE-E telescope, positioned along 0|' detected forward moving reaction 
 19O 5c  products.                                                              
 19O  c  The level scheme is deduced by analyzing the |a-|g and |a-|g-|g        
 19O 2c  coincident events to clarify sequential decay patterns and level       
 19O 3c  orders. Six new radiative transitions are observed from neutron        
 19O 4c  unbound levels. In addition, the situation with two states near        
 19O 5c  E{-x}|?3065 keV, that each de-excite differently, has been resolved.   
 19O  c  The article gives a summary discussion on the J|p assignments, though  
 19O 2c  the arguments appear based on other measurements. And finally, the     
 19O 3c  observations are compared with levels and partial widths from a        
 19O 4c  shell-model calculation up to E{-x}=7060 keV.                          
 19O  cG E$From energy level difference                                         
 19O  cL J$From adopted levels except where noted.                              
 19O  cL E(B)$The distinct decay patterns of these J|p=(5/2-) and (3/2+) states 
 19O 2cL is resolved by |g-|g coincidence gating.                               
 19O  cL J(C)$See discussion in text. No feeding observed from                  
 19O 2cL {+19}O{+*}(3945(J|p=3/2-)).                                            
 19O   L 0           5/2+                                                       
 19O   L 96          3/2+                                                       
 19O   G 96                                                                     
 19O   L 1471        1/2+                                                       
 19O   G 1375                                                                   
 19O   L 2371        9/2+                                                       
 19O   G 2371                                                                   
 19O   L 2778        7/2+                                                       
 19O   G 407                                                                    
 19O   G 2682                                                                   
 19O   G 2778                                                                   
 19O   L 3064        (5/2-)                                                 B   
 19O   G 2968                                                                   
 19O   L 3067        (3/2+)                                                 B   
 19O   G 1596                                                                   
 19O   L 3152        5/2+                                                       
 19O   G 3056                                                                   
 19O   L 3231        1/2-                                                   C   
 19O   G 3135                                                                   
 19O   L 3945        3/2-                                                       
 19O   G 2474                                                                   
 19O   G 3849                                                                   
 19O   G 3945                                                                   
 19O   L 4330      3                                                            
 19O   G 4234      3                                                            
 19O   L 4943      4                                                            
 19O   G 2165                                                                   
 19O   L 4990      4                                                            
 19O   G 4894      4                                                            
 19O   L 5232      5                                                            
 19O   G 5232      5                                                            
 19O   L 5360      3                                                            
 19O   G 2582      3                                                            
 19O   L 6109      4                                                            
 19O   G 3738      4                                                            
                                                                                
 19O     18O(N,G) E=THERMAL:XUNDL-7    2016FI04                           201701
 19O  c  Compiled (unevaluated) dataset from 2016Fi04                           
 19O  c  Phys. Rev. C 93, 044311 (2016)                                         
 19O  c  Compiled by J.H. Kelley and C.G. Sheu (TUNL), Sept. 22 {I2016}.        
 19O 2c  ENSDF formatted tables provided by R.B. Firestone (LBNL).              
 19O  c  The authors measured thermal neutron capture reactions on several      
 19O 2c  natural and enriched isotopic targets, normalized to a limited set     
 19O 3c  of standard targets, with the aim of improving                         
 19O 4c  absolute capture cross sections and transition probabilities.          
 19O  c  In separate measurements beams of E{-thermal} neutrons, from the       
 19O 2c  10-MW Budapest Reactor or the Forschungs-Neutronenquelle Heinz         
 19O 3c  Maier-Leibnitz reactor, impinged on 99.9% deuteron enriched D{-2}O     
 19O 4c  targets with natural, 34.6%/50.1% {+18}O/{+16}O and 31.2%/58.5%        
 19O 5c  {+18}O/{+16}O abundances. The capture |g rays were measured using a    
 19O 6c  single Compton suppressed HPGe detector that was 60% efficient relative
 19O 7c  to a 3 inch|*3 inch NaI detector. The relative intensities of the      
 19O 8c  capture |g rays were determined and normalized primarily to the known  
 19O 9c  capture cross sections of {+16}O(n,|g{-870.67})                        
 19O ac  (|s{-|g}=0.164|+0.003 mb), which was cross referenced to other         
 19O dc  secondary cross sections determined for capture reactions on {+1}H,    
 19O ec  {+12}C or {+14}N.                                                      
 19O  c  The observed |g-ray transitions were analyzed by deducing a level      
 19O 2c  scheme and performing a least-squares fit to obtain precise level      
 19O 3c  energies. The transition probabilities and cross sections were deduced 
 19O 4c  by balancing the intensity feeding and deexciting each state.          
 19O  c  Lastly, the present results are compared with literature results,      
 19O 2c  particularly for the capture cross section and the neutron separation  
 19O 3c  energy. S{-n}=3963.12 keV {I19} is deduced.                            
 19O  c  |s=141 |mb {I6} , |h{+2}/f=1.250,  11 |g-rays.                         
 19O  cL J$From Adopted Levels of {+19}O in ENSDF database.                     
 19O  cG E,RI$The measured |g-ray energies and the observed |g-ray intensities. 
 19O 2cG In 2016Fi04, the figures show the experimental |g-ray energies and the 
 19O 3cG transition probabilities (accounting for internal conversion).         
 19O 4cG Similarly, the tables show |g-ray energies associated with the level   
 19O 5cG scheme deduced from a least-squares fit to the measured transition     
 19O 6cG energies along with the measured |g-ray transition intensities.        
 19O   N 1.0         1.0                                                        
 19O  PN                                                                     5  
 19O   L    0.0       5/2+                                                      
 19O   L    94.99  12 3/2+                                                      
 19O   G    94.99  12   96.3 12 M1                     6.72E-410                
 19O   L  1470.85  14 1/2+                                                      
 19O   G    1375.80 8    36.4 6 M1                     3.54E-5 5                
 19O   G    1470.7914   0.72 11 E2                     8.03E-512                
 19O   L    3233.7522 (1/2,3/2-)                                                
 19O   G    3138.4818    16.5 5 E1                     0.00131 2                
 19O   L  3944.98  15   3/2-                                                    
 19O   G   2473.96  4    20.7 7 E1                     9.56E-414                
 19O   G   3849.57  9    37.9 8 E1                     0.00162 2                
 19O   G   3944.54 15     2.9 6 E1                     0.00166 2                
 19O   L 3963.12   19 1/2+                                                     S
 19O   G    18.1   19   40.8 12 E1                      0.512 12               S
 19O  cG E,RI$unobserved transition, probability inferred from decay scheme     
 19O 2cG intensity balance.                                                     
 19O   G    729.35 10    16.5 5 E1                     5.26E-6 8                
 19O   G   2492.10 14    16.4 6 M1                     4.48E-4 7                
 19O   G   3867.70 15     5.4 6 M1                     9.74E-414                
                                                                                
 19O     181TA(18O,19OG):XUNDL-8       2020CI02,2021CI02                  202205
 19O  c  Compiled (unevaluated) dataset from 2020Ci02                           
 19O  c  Phys. Rev. C 101, 021303 (2020).                                       
 19O  c  Compiled by J. Kelley and C.G. Sheu (TUNL), June 11, 2020.             
 19O  c  Updated by C.G. Sheu and J. Kelley (TUNL), Nov. 15, 2021 to            
 19O 2c  include 2020Ci03:  Acta Phys. Pol. B 51, 699 (2020), 2021Ci02: Eur.    
 19O 3c  Phys. J. A 57, 156 (2021), 2019Zi02: Acta Phys. Pol. B 50, 625 (2019). 
 19O  c  The authors report lifetimes for the J{+|p}=2{-2}{++} states           
 19O 2c  of {+16}C and {+20}O that were determined via a novel Monte Carlo      
 19O 3c  DSAM technique; they aim to establish the predictive power of          
 19O 4c  {Iab initio} theory calculations. Measurements on levels in {+19}O     
 19O 5c  were also reported as a validation of the approch.                     
 19O  c  A beam of 126 MeV {+18}O ions from the GANIL cyclotrons                
 19O 2c  impinged on a 6.64 mg/cm{+2} {+181}Ta target.                          
 19O 3c  The {+19}O ions that                                                   
 19O 4c  scattered at |q=45|' (|+6|') were momentum analyzed using the VAMOS++  
 19O 5c  ion tracking system. A collection of |g-ray detectors                  
 19O 6c  from the AGATA and PARIS arrays plus two large-volume LaBr{-3}         
 19O 7c  detectors provided a high granularity for |g-ray energy and angle      
 19O 8c  measurement. The |g-ray detectors were aligned along the VAMOS++       
 19O 9c  axis at |q{-rel.}=115|'-175|' (AGATA) and                              
 19O ac  |q{-rel.}=90|'(PARIS+LaBr{-3}). The |g rays detected in coincidence    
 19O bc  with {+19}O ions in the VAMOS++ spectrometer were analyzed.            
 19O  c  The authors developed a Monte Carlo analysis of the Doppler shift      
 19O 2c  attenuation spectrum that accounts for population (and subsequent      
 19O 3c  deexcitation) of levels via low-momentum transfer and deep-inelastic   
 19O 4c  reaction processes. The accuracy of the method relies on the precise   
 19O 5c  angle determination between the scattered projectile and the           
 19O 6c  Doppler-shifted |g ray. The results were compared with {Iab initio}    
 19O 7c  calculations using the VS-IMSRG interaction.                           
 19O  PN                                                                     7  
 19O  cL E,J$From (2020Ci03).                                                   
 19O  cG E$From (2020Ci03) except where noted.                                  
 19O  cG M,MR$From Adopted Gammas of {+19}O in ENSDF database.                  
 19O  cL T(A)$In (2020Ci03) the authors discuss a 2584 keV transition           
 19O 2cL previously reported by (2016Du02). The present work reports this       
 19O 3cL as a transition between {+19}O(5364|)2779) and reports the feeding     
 19O 4cL as (13 {I2})%. The interpretation of this feeding is relevant for      
 19O 5cL obtaining |t for the 2779 keV state as described in (2020Ci03).        
 19O 6cL The width |G{-|g} of the 5363 keV state is 0.15 eV (2016Du02),         
 19O 7cL which corresponds to a lifetime of 4.4 fs. Thus, the systematic        
 19O 8cL error due to the feeding should be less than 1 fs.                     
 19O   L 0           5/2+                                                       
 19O   L 96.0      5 3/2+                                                       
 19O  cL E$From Adopted Levels in ENSDF.                                        
 19O   G 96                                                                     
 19O  cG E$see also (2020Ci02).                                                 
 19O   L 1471.8     51/2+              0.88 PS                                  
 19O  cL T$from |t=1.27 ps and E{-|g}=1375.80 keV {I8} (2021Ci02).              
 19O   G 1375.80   8                                                            
 19O  cG E$from (2021Ci02); see also E{-|g}=1375.0 keV {I5} (2019Zi02), 1375.5  
 19O 2cG keV {I2} (2020Ci02: private communication, June 2020).                 
 19O   L 2370.8     59/2+              277 FS    GT                             
 19O  cL T$from |t>400 fs and E{-|g}=2370.6 keV {I+5-3} (2021Ci02). See also    
 19O 2cL |t>400 fs (2020Ci02,2020Ci03), |t>3.5ps (1971Hi06), T{-1/2}>2400 fs    
 19O 3cL in ENSDF.                                                              
 19O   G 2370.6    5           E2                                               
 19O  cG E$2370.6 keV {I+5-3} (2021Ci02); see also E{-|g}=2371.5 keV {I10}      
 19O 2cG (2019Zi02), 2370.0 keV {I+5-30} (2020Ci03), 2370.6 keV {I3} (2020Ci02: 
 19O 3cG private communication, June 2020 indicates that 2370.6 keV {I3} was    
 19O 4cG deduced along with E{-|g}=2370.6 keV {I+5-3}, which was deduced        
 19O 5cG using the |a(M) DSAM technique).                                       
 19O   L 2779.2    107/2+              97 FS     +35-28                         
 19O 2 L FLAG=A                                                                 
 19O  cL T$from |t=140 fs {I+50-40} and E{-|g}=2779.0 keV {I+10-8}              
 19O 2cL (2020Ci02,2020Ci03,2021Ci02). See also |t=117 fs {I26} (1971Hi06) and  
 19O 3cL 70 fs {I26} (1971Br02) which gives the average of |t=92 fs {I19},      
 19O 4cL T{-1/2}=64 fs 13 in ENSDF.                                             
 19O   G 2779.0    10          M1+E2     0.8     5                              
 19O  cG E$2779.0 keV {I+10-8} (2020Ci02,2020Ci03,2021Ci02); see also           
 19O 2cG E{-|g}=2779 keV {I1} (2019Zi02).                                       
 19O   L 3066.4     6(3/2+)                                                     
 19O  cL T$Lifetime known to be long (private communication with M. Ciemala,    
 19O 2cL Aug. 2021).                                                            
 19O   G 1594.5    2                                                            
 19O  cG E$from (2020Ci02 and private communication, Aug. 2021); see also       
 19O 2cG E{-|g}=1596 keV (2020Ci03).                                            
 19O  cG RI$weak (2020Ci02).                                                    
 19O   G 2969.7    5                                                            
 19O  cG E$from private communication with M. Ciemala, Aug. 2021; see also      
 19O 2cG E{-|g}=2968 keV (2020Ci03).                                            
 19O   L 3153.7     75/2+                                                       
 19O   G 3057.4    5                                                            
 19O  cG E$from (2020Ci02: private communication, June 2020); see also          
 19O 2cG E{-|g}=3057 keV (2021Ci02).                                            
 19O   L 3231        1/2-                                                       
 19O   G 3135                                                                   
 19O  cG E$see also (2020Ci02,2021Ci02).                                        
 19O   L 3940.4    213/2-                                                       
 19O   G 3844      2                                                            
 19O  cG E$from private communication with M. Ciemala, Aug. 2021; see also      
 19O 2cG E{-|g}=3849 keV (2020Ci02, 2020Ci03, 2021Ci02).                        
 19O  cG RI$weak (2020Ci02).                                                    
 19O   G 3945                                                                   
 19O  cG E$see also (2020Ci02,2021Ci02).                                        
 19O   L 4988       4                                                           
 19O   G 4891      4                                                           ?
 19O  cG E$from private communication with M. Ciemala, Aug. 2021; see also      
 19O 2cG E{-|g}=4894 keV (2020Ci03). There is a hint for the decay from the     
 19O 3cG 4990 keV neutron-unbound state (2020Ci03) as quoted in (2016Du02).     
 19O   L 5364.9    14                                                           
 19O 2 L %IT=13 2                                                               
 19O   G 2585.5    9 100                                                        
 19O  cG E$from private communication with M. Ciemala, Aug. 2021; see also      
 19O 2cG E{-|g}=2584 keV {I2} (2020Ci03).                                       
 19O  cG RI$from (2020Ci03).                                                    
                                                                                
 19O     C(19O,19O'):XUNDL-9           2022KA35                           202305
 19O  c  Compiled (unevaluated) dataset from 2022Ka35                           
 19O  c  Phys. Rev. Lett. 129, 142502 (2022)                                    
 19O  c  Compiled by E.A. McCutchan (NNDC,BNL) March 3, 2023                    
 19O  c  {+19}O secondary beam with E=277 MeV/nucleon produced from             
 19O 2c  fragmentation of primary {+40}Ar beam with E=1 GeV/nucleon at          
 19O 3c  GSI. Fragments were separated with the FRS.  Charge changing           
 19O 4c  cross sections were measured with a 4.010 g/cm{+2} C target            
 19O 5c  using the transmission technique employing the multisampling           
 19O 6c  ionization chamber (MUSIC) and position sensitive time projection      
 19O 7c  (TPC) detectors. Deduced root mean square proton (R{-p}) and           
 19O 8c  and matter (R{-m}) radii.                                              
 19O   L  0.0                                                                   
 19O  cL $R{-p}=2.55 fm {I3}, R{-m}=2.71 fm {I3} (2022Ka35)