22C     ADOPTED LEVELS                                          15NDS    201507
 22C   H TYP=FUL$AUT=M. Shamsuzzoha Basunia$CIT=NDS 127, 69(2015)$              
 22C 2 H CUT=1-Apr-2015$                                                        
 22C   Q 2.155E+4  31  124   SY2.942E+4SY              2012WA38                 
 22C  cQ $|DS(n)=470(syst), |DS(p)=937(syst) 2012Wa38                           
 22C  c  1986Po13: First observation of {+22}C. Produced by                     
 22C 2c  {+181}Ta({+40}Ar,x), E=44 MeV/A; Measured residual yields, tof.        
 22C  c  2010Ta04: {+1}H({+22}C,{+22}C'), E=41 MeV/nucleon; {+22}C beam was     
 22C 2c  produced from {+40}Ar fragmentation by Ta({+40}Ar,X), E=63             
 22C 3c  MeV/nucleon, reaction products were separated using RIPS fragment      
 22C 4c  separator at RIKEN; Liquid hydrogen target; Measured reaction cross    
 22C 5c  section by transmission method, deduced rms radius.                    
 22C   L 0.0           0+                 6.1 MS +14-12                         
 22C 2 L %B-=100$%B-N=61 +14-13$%B-2N LT 37                                     
 22C  cL T$From 2003Yo02. Other value: 9 ms {I3} (1998Yo06).                    
 22C  cL %B-N$From 2003Yo02. Total neutron emission probability p{-n}>60        
 22C 2cL (1998Yo06)                                                             
 22C  cL %B-2N$From 2003Yo02                                                    
 22C  cL $Measured reaction cross section=1.34 b {I27} (2010Ta04 - assuming     
 22C 2cL no excited states in {+22}C).                                          
 22C  cL $Deduced rms radius=5.4 fm {I9} (2010Ta04)                             
 22C  cL $Halo structure of {+22}C is suggested in 2010Ta04 from comparison of  
 22C 2cL measured reaction cross sections for {+22}C, {+20}C and {+19}C         
 22C 3cL isotopes and from deviation of systematic trend for measured rms       
 22C 4cL radius in C isotopes. The two-valence neutrons in {+22}C               
 22C 5cL preferentially occupy the 1s{-1/2} orbital (from Glauber model         
 22C 6cL calculation - 2010Ta04). Also supported in 2012Ko38 from two-neutron   
 22C 7cL removal reaction studies of {+22}C on a carbon target.                 
 22C  cL $Two-neutron removal cross section 266 mb {I19}, measured from the     
 22C 2cL C({+22}C,{+20}C), E=240 MeV/A, knock-out reaction (2012Ko38).