ENTRY C2982 20240907 C298200000001 SUBENT C2982001 20240907 20250110 C298200100001 BIB 9 17 C298200100002 TITLE Shell-model structure of 48Ti studied via the (d,t) C298200100003 and (alpha,alpha') reactions C298200100004 AUTHOR (A.Jamshidi, W.P.Alford) C298200100005 INSTITUTE (1USAROC) C298200100006 REFERENCE (J,PR/C,8,1796,1973) C298200100007 #doi:10.1103/PhysRevC.8.1796 C298200100008 FACILITY (VDGT,1USAROC) C298200100009 DETECTOR (MAGSP) The reaction particles were momentum-analyzed C298200100010 in the split-pole magnetic spectrograph and detected C298200100011 in emulsion plates placed in the focal plane of this C298200100012 magnet. C298200100013 METHOD (EXTB) C298200100014 ADD-RES (COMP,STRUC) Distorted-wave Born-approximation C298200100015 analysis was used to interpret the reaction results. C298200100016 Single-particle strength distributions have been C298200100017 studied. C298200100018 HISTORY (20240831C) OG C298200100019 ENDBIB 17 0 C298200100020 NOCOMMON 0 0 C298200100021 ENDSUBENT 20 0 C298200199999 SUBENT C2982002 20240907 20250110 C298200200001 BIB 4 8 C298200200002 REACTION (22-TI-49(D,T)22-TI-48,PAR,DA) C298200200003 SAMPLE Line targets 1 mm in width and about 90 mu-g/cm2 in C298200200004 thickness of 49Ti were made by evaporating enriched C298200200005 TiO2 on 20-mu-g/cm2 carbon foils, using an electron-gunC298200200006 evaporator. C298200200007 (22-TI-49,ENR=0.7614) C298200200008 ERR-ANALYS No information on uncertainties. C298200200009 STATUS (CURVE,,A.Jamshidi+,J,PR/C,8,1796,1973) Fig.2 C298200200010 ENDBIB 8 0 C298200200011 COMMON 2 3 C298200200012 EN EN-RSL-FW C298200200013 MEV KEV C298200200014 18.0 10. C298200200015 ENDCOMMON 3 0 C298200200016 DATA 3 58 C298200200017 E-EXC ANG-CM DATA-CM C298200200018 MEV ADEG MB/SR C298200200019 0. 8.045 4.102E-01 C298200200020 0. 10.777 4.042E-01 C298200200021 0. 13.542 5.214E-01 C298200200022 0. 16.023 5.079E-01 C298200200023 0. 21.135 5.880E-01 C298200200024 0. 26.319 4.519E-01 C298200200025 0. 31.677 1.911E-01 C298200200026 0. 36.824 1.096E-01 C298200200027 0. 42.044 1.115E-01 C298200200028 0. 47.406 1.306E-01 C298200200029 3.224 8.116 2.450E-01 C298200200030 3.224 11.013 3.210E-01 C298200200031 3.224 13.347 2.644E-01 C298200200032 3.224 16.095 2.178E-01 C298200200033 3.224 21.163 8.170E-02 C298200200034 3.224 26.530 8.160E-02 C298200200035 3.224 31.627 1.041E-01 C298200200036 3.224 36.976 4.926E-02 C298200200037 3.224 42.186 2.213E-02 C298200200038 3.224 47.275 2.046E-02 C298200200039 3.359 7.852 1.038E+00 C298200200040 3.359 10.530 4.516E-01 C298200200041 3.359 13.318 7.834E-02 C298200200042 3.359 15.921 1.216E-01 C298200200043 3.359 21.148 6.233E-01 C298200200044 3.359 26.570 4.879E-01 C298200200045 3.359 31.588 1.170E-01 C298200200046 3.359 36.854 2.907E-02 C298200200047 3.359 42.061 7.341E-02 C298200200048 3.359 47.368 7.860E-02 C298200200049 3.509 7.612 2.294E-01 C298200200050 3.509 9.965 3.345E-01 C298200200051 3.509 12.828 3.309E-01 C298200200052 3.509 15.552 5.058E-01 C298200200053 3.509 20.767 7.470E-01 C298200200054 3.509 26.118 7.935E-01 C298200200055 3.509 31.367 4.260E-01 C298200200056 3.509 36.752 1.626E-01 C298200200057 3.509 41.981 1.572E-01 C298200200058 3.509 47.195 2.376E-01 C298200200059 4.917 7.738 2.875E-01 C298200200060 4.917 10.480 3.226E-01 C298200200061 4.917 13.091 2.937E-01 C298200200062 4.917 15.722 4.776E-01 C298200200063 4.917 21.067 3.825E-01 C298200200064 4.917 26.654 2.545E-01 C298200200065 4.917 31.597 9.489E-02 C298200200066 4.917 36.817 7.427E-02 C298200200067 4.917 42.178 9.457E-02 C298200200068 4.917 47.286 1.085E-01 C298200200069 5.822 7.730 1.490E-01 C298200200070 5.822 10.429 1.114E-01 C298200200071 5.822 12.883 8.434E-02 C298200200072 5.822 26.380 5.363E-02 C298200200073 5.822 31.534 3.742E-02 C298200200074 5.822 36.932 1.759E-02 C298200200075 5.822 41.963 2.194E-02 C298200200076 5.822 47.239 3.656E-02 C298200200077 ENDDATA 60 0 C298200200078 ENDSUBENT 77 0 C298200299999 SUBENT C2982003 20240907 20250110 C298200300001 BIB 4 8 C298200300002 REACTION (22-TI-48(A,INL)22-TI-48,PAR,DA) C298200300003 SAMPLE The 48Ti targets of about 50-mu-g/cm2 thickness were C298200300004 made by reducing the isotopically enriched titanium C298200300005 oxide in a tantalum boat and evaporating the 48Ti on C298200300006 20-mu-g/cm2 carbon foils. C298200300007 (22-TI-49,ENR=0.9918) C298200300008 ERR-ANALYS (DATA-ERR) No information on source of uncertainties. C298200300009 STATUS (CURVE,,A.Jamshidi+,J,PR/C,8,1796,1973) Fig.3. C298200300010 ENDBIB 8 0 C298200300011 COMMON 2 3 C298200300012 EN EN-RSL-FW C298200300013 MEV KEV C298200300014 28.5 18. C298200300015 ENDCOMMON 3 0 C298200300016 DATA 4 54 C298200300017 E-EXC ANG-CM DATA-CM DATA-ERR C298200300018 MEV ADEG MB/SR MB/SR C298200300019 0.984 14.367 2.697E+01 C298200300020 0.984 17.287 2.233E+01 C298200300021 0.984 19.515 1.085E+01 C298200300022 0.984 25.946 1.697E+01 C298200300023 0.984 31.101 8.242E+00 C298200300024 0.984 33.531 1.947E+00 C298200300025 0.984 36.341 1.753E+00 C298200300026 0.984 39.638 4.725E+00 C298200300027 0.984 43.695 5.407E+00 C298200300028 0.984 45.466 2.110E+00 C298200300029 3.337 19.689 5.340E-02 1.204E-02 C298200300030 3.337 26.348 7.421E-02 1.228E-02 C298200300031 3.337 31.990 8.698E-02 1.439E-02 C298200300032 3.337 33.907 8.789E-02 9.712E-03 C298200300033 3.337 36.829 4.639E-02 7.678E-03 C298200300034 3.337 48.552 3.191E-02 6.660E-03 C298200300035 3.510 20.143 6.943E-02 1.295E-02 C298200300036 3.510 23.962 7.177E-02 7.285E-03 C298200300037 3.510 26.198 1.022E-01 1.326E-02 C298200300038 3.510 31.360 1.228E-01 1.532E-02 C298200300039 3.510 33.729 9.304E-02 1.378E-02 C298200300040 3.510 36.679 3.875E-02 8.770E-03 C298200300041 3.510 39.940 3.523E-02 9.341E-03 C298200300042 3.510 43.648 3.526E-02 9.125E-03 C298200300043 3.510 49.269 3.243E-02 5.678E-03 C298200300044 4.916 19.606 4.066E-01 4.060E-02 C298200300045 4.916 23.663 2.845E-01 2.843E-02 C298200300046 4.916 26.122 4.248E-01 3.435E-02 C298200300047 4.916 31.197 2.384E-01 2.927E-02 C298200300048 4.916 33.352 1.268E-01 1.623E-02 C298200300049 4.916 36.311 4.028E-02 7.993E-03 C298200300050 4.916 40.241 4.296E-02 7.789E-03 C298200300051 4.916 43.588 8.892E-02 1.379E-02 C298200300052 4.916 45.515 5.311E-02 9.171E-03 C298200300053 4.916 48.655 6.493E-02 1.007E-02 C298200300054 6.039 17.819 2.571E-01 3.052E-02 C298200300055 6.039 19.962 2.826E-01 2.556E-02 C298200300056 6.039 24.135 2.625E-01 2.624E-02 C298200300057 6.039 26.503 2.388E-01 2.374E-02 C298200300058 6.039 33.834 6.403E-02 1.270E-02 C298200300059 6.039 36.992 6.075E-02 1.268E-02 C298200300060 6.039 40.263 1.073E-01 1.372E-02 C298200300061 6.039 43.533 8.690E-02 1.424E-02 C298200300062 6.039 45.676 6.336E-02 1.094E-02 C298200300063 6.065 17.111 1.186E+00 9.031E-02 C298200300064 6.065 19.254 9.825E-01 8.590E-02 C298200300065 6.065 23.312 7.109E-01 5.723E-02 C298200300066 6.065 25.815 3.276E-01 4.002E-02 C298200300067 6.065 33.223 3.884E-01 3.842E-02 C298200300068 6.065 36.373 3.575E-01 3.561E-02 C298200300069 6.065 39.645 2.559E-01 2.305E-02 C298200300070 6.065 43.071 6.356E-02 9.816E-03 C298200300071 6.065 45.189 9.674E-02 1.143E-02 C298200300072 6.065 48.103 1.170E-01 1.490E-02 C298200300073 ENDDATA 56 0 C298200300074 ENDSUBENT 73 0 C298200399999 ENDENTRY 3 0 C298299999999