ENTRY F0664 20210522 F085F0664 0 1 SUBENT F0664001 20210522 F085F0664 1 1 BIB 8 13 F0664 1 2 TITLE High-spin states in 27Al F0664 1 3 AUTHOR (H.Ropke,P.Betz,G.Bender,V.Glattes,G.Hammel,W.Brendler)F0664 1 4 INSTITUTE (2GERFRB) F0664 1 5 REFERENCE (J,ZP,268,391,1974) F0664 1 6 FACILITY (VDG,2GERFRB) 7MV accelerator F0664 1 7 METHOD (GSPEC) F0664 1 8 LEVEL-PROP (13-AL-27,E-LVL=2.174,SPIN=4.5,PARITY=+1.) F0664 1 9 (13-AL-27,E-LVL=5.959,SPIN=3.5,PARITY=+1.) F0664 1 10 (13-AL-27,E-LVL=6.287,SPIN=3.5,PARITY=+1.) F0664 1 11 (13-AL-27,E-LVL=6.537,SPIN=3.5,PARITY=+1.) F0664 1 12 (13-AL-27,E-LVL=6.718,SPIN=4.5,PARITY=+1.) F0664 1 13 HISTORY (20031209C) F0664 1 14 (20210522A) SD: Corrections in all Subents. F0664 1 15 ENDBIB 13 0 F0664 1 16 NOCOMMON 0 0 F0664 1 17 ENDSUBENT 16 0 F0664 199999 SUBENT F0664002 20210522 F085F0664 2 1 BIB 8 21 F0664 2 2 REACTION (12-MG-24(A,P)13-AL-27,PAR,DA,G,LEG/RS) F0664 2 3 SAMPLE A self-supporting target of 300 ug/cm2 was F0664 2 4 used. For E=15.2 MeV a 1100 ug/cm2 gold layer F0664 2 5 was evaporated onto the target to stop the recoiling F0664 2 6 nuclei. F0664 2 7 DETECTOR (SIBAR) An annular detector was placed at 180 degrees F0664 2 8 to the beam. It had a thickness of 1.5 mm and was F0664 2 9 covered with a 20 microns Al foil to smear out alpha- F0664 2 10 particles groups. F0664 2 11 (GELI) These 100 cm**3 detectors were placed at 0,30, F0664 2 12 45,60,and 75 degrees. At E=15.2 MeV the measurement F0664 2 13 was performed with detector at 0, 60 and 90 degrees F0664 2 14 with respect to the beam. F0664 2 15 ANALYSIS In the measurement at E =15.2 MeV it was attempted to F0664 2 16 obtain information on mean lives of levels by using theF0664 2 17 Doppler-shift attenuation method. F0664 2 18 INC-SOURCE A 30 mu-A alpha-particle beam of 13,15 and 15.2 MeV F0664 2 19 was used. F0664 2 20 ERR-ANALYS (ERR-S) Statistical error F0664 2 21 STATUS (TABLE)Table 1 from Zeitschrift fuer Phys.,268(1974)391F0664 2 22 HISTORY (20210522U) SD: STATUS updated. EN-SEC deleted. F0664 2 23 ENDBIB 21 0 F0664 2 24 NOCOMMON 0 0 F0664 2 25 DATA 6 30 F0664 2 26 EN E-LVL-INI E-LVL-FIN NUMBER DATA ERR-S F0664 2 27 MEV KEV KEV NO-DIM NO-DIM NO-DIM F0664 2 28 13.0 5500. 2211. 2. 0.51 0.09F0664 2 29 13.0 5500. 2211. 4. -0.30 0.09F0664 2 30 13.0 5500. 3004. 2. 0.29 0.05F0664 2 31 13.0 5500. 3004. 4. -0.04 0.05F0664 2 32 15.1 5959. 2211. 2. 0.48 0.10F0664 2 33 15.1 5959. 2211. 4. -0.13 0.11F0664 2 34 15.1 6287. 0. 2. -0.21 0.09F0664 2 35 15.1 6287. 0. 4. -0.14 0.09F0664 2 36 15.1 6950. 2211. 2. 0.62 0.19F0664 2 37 15.1 6950. 2211. 4. -0.21 0.22F0664 2 38 15.1 6950. 3004. 2. -0.23 0.04F0664 2 39 15.1 6950. 3004. 4. 0.07 0.05F0664 2 40 15.1 6950. 5500. 2. 0.34 0.14F0664 2 41 15.1 6950. 5500. 4. 0.08 0.16F0664 2 42 15.1 7227. 2211. 2. -0.43 0.06F0664 2 43 15.1 7227. 2211. 4. 0.02 0.06F0664 2 44 15.1 7227. 3004. 2. 0.45 0.12F0664 2 45 15.1 7227. 3004. 4. 0.12 0.12F0664 2 46 15.1 7286. 4510. 2. 0.50 0.05F0664 2 47 15.1 7286. 4510. 4. -0.04 0.05F0664 2 48 15.1 7399. 3004. 2. 0.53 0.06F0664 2 49 15.1 7399. 3004. 4. 0.16 0.07F0664 2 50 15.1 7399. 4580. 2. 0.56 0.08F0664 2 51 15.1 7399. 4580. 4. -0.27 0.08F0664 2 52 15.1 7399. 5500. 2. 0.37 0.04F0664 2 53 15.1 7399. 5500. 4. 0.05 0.05F0664 2 54 15.1 7444. 3004. 2. 0.76 0.07F0664 2 55 15.1 7444. 3004. 4. -0.46 0.08F0664 2 56 15.1 7444. 5500. 2. -0.20 0.12F0664 2 57 15.1 7444. 5500. 4. 0.09 0.13F0664 2 58 ENDDATA 32 0 F0664 2 59 ENDSUBENT 58 0 F0664 299999 SUBENT F0664003 20210522 F085F0664 3 1 BIB 7 12 F0664 3 2 REACTION (12-MG-26(P,G)13-AL-27,PAR,DA,,LEG/RS) F0664 3 3 SAMPLE A separated isotope target of 25 mu-g/cm**2 F0664 3 4 deposited on a tantalum backing was used. F0664 3 5 DETECTOR (GELI) A 40 cm**3 detector as the movable detector and F0664 3 6 a 80 cm**3 detector as the monitor. The monitor was F0664 3 7 placed at 55 degrees with respect to the beam while F0664 3 8 the movable detector was placed at 0,30,45,60 and 90 F0664 3 9 degrees, respectively. F0664 3 10 INC-SOURCE A 8 mu-A proton beam was used. F0664 3 11 ERR-ANALYS (ERR-S) Statistical error F0664 3 12 STATUS (TABLE)Table 1 from Zeitschrift fuer Phys.,268(1974)391F0664 3 13 HISTORY (20210522U) SD: STATUS updated. EN-SEC deleted. F0664 3 14 ENDBIB 12 0 F0664 3 15 COMMON 1 3 F0664 3 16 EN F0664 3 17 KEV F0664 3 18 2174. F0664 3 19 ENDCOMMON 3 0 F0664 3 20 DATA 5 10 F0664 3 21 E-LVL-INI E-LVL-FIN NUMBER DATA ERR-S F0664 3 22 KEV KEV NO-DIM NO-DIM NO-DIM F0664 3 23 5500. 3004. 2. 0.27 0.03 F0664 3 24 5500. 3004. 4. -0.06 0.03 F0664 3 25 10370. 2211. 2. -0.21 0.01 F0664 3 26 10370. 2211. 4. 0.00 0.01 F0664 3 27 10370. 3004. 2. 0.32 0.03 F0664 3 28 10370. 3004. 4. 0.07 0.03 F0664 3 29 10370. 5500. 2. -0.12 0.07 F0664 3 30 10370. 5500. 4. 0.00 0.07 F0664 3 31 10370. 5959. 2. -0.19 0.04 F0664 3 32 10370. 5959. 4. 0.11 0.05 F0664 3 33 ENDDATA 12 0 F0664 3 34 ENDSUBENT 33 0 F0664 399999 SUBENT F0664004 20210522 F085F0664 4 1 BIB 10 23 F0664 4 2 REACTION (12-MG-24(A,P)13-AL-27,PAR,DA/DA,G/P,REL) F0664 4 3 No explanation of relative units is given. F0664 4 4 ANG-SEC (ANG,P) F0664 4 5 (COS,G) F0664 4 6 SAMPLE A self-supporting target of 300 ug/cm2 was used. F0664 4 7 For E=15.2 MeV a 1100 ug/cm2 gold layer was F0664 4 8 evaporated onto the target to stop the recoiling nucleiF0664 4 9 DETECTOR (SIBAR) An annular detector was placed at 180 degrees F0664 4 10 to the beam. It had a thickness of 1.5 mm and was F0664 4 11 covered with a 20 microns Al foil to smear out alpha- F0664 4 12 particles groups. F0664 4 13 (GELI) These 100 cm**3 detectors were placed at 0,30, F0664 4 14 45,60,and 75 degrees. At E=15.2 MeV the measurement F0664 4 15 was performed with detector at 0, 60 and 90 degrees F0664 4 16 with respect to the beam. F0664 4 17 INC-SOURCE A 30 mu-A alpha-particle beam was used. F0664 4 18 METHOD (COINC) F0664 4 19 MISC-COL (MISC) Initial abscissa data are given in COS**2. F0664 4 20 ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesF0664 4 21 STATUS (CURVE) Fig.3 from Zeitschrift fuer Phys.,268(1974)391 F0664 4 22 HISTORY (20210522A) SD: SF7=P/G -> G/P in REACTION code. F0664 4 23 STATUS updated. EN-SEC deleted. Accuracy of digitized F0664 4 24 data presentation revised. ANG-SEC added. ANG1 -> ANG. F0664 4 25 ENDBIB 23 0 F0664 4 26 COMMON 3 3 F0664 4 27 ANG MISC-ERR-D ERR-DIG F0664 4 28 ADEG NO-DIM ARB-UNITS F0664 4 29 180. 0.003 2.07 F0664 4 30 ENDCOMMON 3 0 F0664 4 31 DATA 7 20 F0664 4 32 EN E-LVL-INI E-LVL-FIN COS DATA DATA-ERR F0664 4 33 MISC F0664 4 34 MEV KEV KEV NO-DIM ARB-UNITS ARB-UNITS F0664 4 35 NO-DIM F0664 4 36 13. 5500. 2211. 0.249 302.58 26.06F0664 4 37 0.062 F0664 4 38 13. 5500. 2211. 0.498 396.27 28.43F0664 4 39 0.248 F0664 4 40 13. 5500. 2211. 0.698 475.44 30.78F0664 4 41 0.487 F0664 4 42 13. 5500. 2211. 0.863 502.36 37.91F0664 4 43 0.746 F0664 4 44 13. 5500. 2211. 0.999 458.25 33.19F0664 4 45 0.998 F0664 4 46 15.1 7444. 3004. 0.245 246.97 23.81F0664 4 47 0.060 F0664 4 48 15.1 7444. 3004. 0.492 420.48 30.95F0664 4 49 0.243 F0664 4 50 15.1 7444. 3004. 0.698 548.65 28.57F0664 4 51 0.487 F0664 4 52 15.1 7444. 3004. 0.863 545.85 30.95F0664 4 53 0.745 F0664 4 54 15.1 7444. 3004. 0.997 519.25 30.96F0664 4 55 0.995 F0664 4 56 15.1 7399. 4580. 0.233 373.77 26.13F0664 4 57 0.054 F0664 4 58 15.1 7399. 4580. 0.493 490.31 28.50F0664 4 59 0.243 F0664 4 60 15.1 7399. 4580. 0.702 663.90 45.13F0664 4 61 0.493 F0664 4 62 15.1 7399. 4580. 0.860 635.60 35.63F0664 4 63 0.739 F0664 4 64 15.1 7399. 4580. 0.997 647.69 40.38F0664 4 65 0.994 F0664 4 66 15.1 6950. 2211. 0.200 33.681 7.13F0664 4 67 0.040 F0664 4 68 15.1 6950. 2211. 0.488 45.759 10.11F0664 4 69 0.238 F0664 4 70 15.1 6950. 2211. 0.698 57.886 11.30F0664 4 71 0.487 F0664 4 72 15.1 6950. 2211. 0.853 58.113 11.89F0664 4 73 0.728 F0664 4 74 15.1 6950. 2211. 0.990 66.675 8.92F0664 4 75 0.980 F0664 4 76 ENDDATA 44 0 F0664 4 77 ENDSUBENT 76 0 F0664 499999 SUBENT F0664005 20210522 F085F0664 5 1 BIB 8 14 F0664 5 2 REACTION (12-MG-26(P,G)13-AL-27,PAR,DA,,REL) F0664 5 3 No explanation of relative units is given. F0664 5 4 SAMPLE A separated isotope target of 25 ug/cm2 F0664 5 5 deposited on a tantalum backing was used. F0664 5 6 DETECTOR (GELI) A 40 cm**3 detector as the movable detector and F0664 5 7 a 80 cm**3 detector as the monitor. The monitor was F0664 5 8 placed at 55 degrees with respect to the beam while F0664 5 9 the movable detector was placed at 0,30,45,60 and 90 F0664 5 10 degrees, respectively. F0664 5 11 INC-SOURCE A 8 mu-A proton beam was used. F0664 5 12 MISC-COL (MISC) Initial abscissa data are given in COS**2. F0664 5 13 ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesF0664 5 14 STATUS (CURVE) Fig.5 from Zeitschrift fuer Phys.,268(1974)391 F0664 5 15 HISTORY (20210522U) SD: STATUS updated. F0664 5 16 ENDBIB 14 0 F0664 5 17 COMMON 5 3 F0664 5 18 EN E-LVL-INI E-LVL-FIN MISC-ERR-D ERR-DIG F0664 5 19 KEV KEV KEV NO-DIM ARB-UNITS F0664 5 20 2174. 10366. 2211. 0.010 10.1 F0664 5 21 ENDCOMMON 3 0 F0664 5 22 DATA 4 5 F0664 5 23 COS DATA DATA-ERR MISC F0664 5 24 NO-DIM ARB-UNITS ARB-UNITS NO-DIM F0664 5 25 0.061 6562.9 116.3 0.004 F0664 5 26 0.496 6085.3 124.0 0.246 F0664 5 27 0.706 5631.4 116.3 0.499 F0664 5 28 0.862 5277.5 124.5 0.743 F0664 5 29 0.998 4730.6 124.3 0.997 F0664 5 30 ENDDATA 7 0 F0664 5 31 ENDSUBENT 30 0 F0664 599999 ENDENTRY 5 0 F066499999999