ENTRY F0664 20210522 F085F066400000001
SUBENT F0664001 20210522 F085F066400100001
BIB 8 13 F066400100002
TITLE High-spin states in 27Al F066400100003
AUTHOR (H.Ropke,P.Betz,G.Bender,V.Glattes,G.Hammel,W.Brendler)F066400100004
INSTITUTE (2GERFRB) F066400100005
REFERENCE (J,ZP,268,391,1974) F066400100006
FACILITY (VDG,2GERFRB) 7MV accelerator F066400100007
METHOD (GSPEC) F066400100008
LEVEL-PROP (13-AL-27,E-LVL=2.174,SPIN=4.5,PARITY=+1.) F066400100009
(13-AL-27,E-LVL=5.959,SPIN=3.5,PARITY=+1.) F066400100010
(13-AL-27,E-LVL=6.287,SPIN=3.5,PARITY=+1.) F066400100011
(13-AL-27,E-LVL=6.537,SPIN=3.5,PARITY=+1.) F066400100012
(13-AL-27,E-LVL=6.718,SPIN=4.5,PARITY=+1.) F066400100013
HISTORY (20031209C) F066400100014
(20210522A) SD: Corrections in all Subents. F066400100015
ENDBIB 13 0 F066400100016
NOCOMMON 0 0 F066400100017
ENDSUBENT 16 0 F066400199999
SUBENT F0664002 20210522 F085F066400200001
BIB 8 21 F066400200002
REACTION (12-MG-24(A,P)13-AL-27,PAR,DA,G,LEG/RS) F066400200003
SAMPLE A self-supporting target of 300 ug/cm2 was F066400200004
used. For E=15.2 MeV a 1100 ug/cm2 gold layer F066400200005
was evaporated onto the target to stop the recoiling F066400200006
nuclei. F066400200007
DETECTOR (SIBAR) An annular detector was placed at 180 degrees F066400200008
to the beam. It had a thickness of 1.5 mm and was F066400200009
covered with a 20 microns Al foil to smear out alpha- F066400200010
particles groups. F066400200011
(GELI) These 100 cm**3 detectors were placed at 0,30, F066400200012
45,60,and 75 degrees. At E=15.2 MeV the measurement F066400200013
was performed with detector at 0, 60 and 90 degrees F066400200014
with respect to the beam. F066400200015
ANALYSIS In the measurement at E =15.2 MeV it was attempted to F066400200016
obtain information on mean lives of levels by using theF066400200017
Doppler-shift attenuation method. F066400200018
INC-SOURCE A 30 mu-A alpha-particle beam of 13,15 and 15.2 MeV F066400200019
was used. F066400200020
ERR-ANALYS (ERR-S) Statistical error F066400200021
STATUS (TABLE)Table 1 from Zeitschrift fuer Phys.,268(1974)391F066400200022
HISTORY (20210522U) SD: STATUS updated. EN-SEC deleted. F066400200023
ENDBIB 21 0 F066400200024
NOCOMMON 0 0 F066400200025
DATA 6 30 F066400200026
EN E-LVL-INI E-LVL-FIN NUMBER DATA ERR-S F066400200027
MEV KEV KEV NO-DIM NO-DIM NO-DIM F066400200028
13.0 5500. 2211. 2. 0.51 0.09F066400200029
13.0 5500. 2211. 4. -0.30 0.09F066400200030
13.0 5500. 3004. 2. 0.29 0.05F066400200031
13.0 5500. 3004. 4. -0.04 0.05F066400200032
15.1 5959. 2211. 2. 0.48 0.10F066400200033
15.1 5959. 2211. 4. -0.13 0.11F066400200034
15.1 6287. 0. 2. -0.21 0.09F066400200035
15.1 6287. 0. 4. -0.14 0.09F066400200036
15.1 6950. 2211. 2. 0.62 0.19F066400200037
15.1 6950. 2211. 4. -0.21 0.22F066400200038
15.1 6950. 3004. 2. -0.23 0.04F066400200039
15.1 6950. 3004. 4. 0.07 0.05F066400200040
15.1 6950. 5500. 2. 0.34 0.14F066400200041
15.1 6950. 5500. 4. 0.08 0.16F066400200042
15.1 7227. 2211. 2. -0.43 0.06F066400200043
15.1 7227. 2211. 4. 0.02 0.06F066400200044
15.1 7227. 3004. 2. 0.45 0.12F066400200045
15.1 7227. 3004. 4. 0.12 0.12F066400200046
15.1 7286. 4510. 2. 0.50 0.05F066400200047
15.1 7286. 4510. 4. -0.04 0.05F066400200048
15.1 7399. 3004. 2. 0.53 0.06F066400200049
15.1 7399. 3004. 4. 0.16 0.07F066400200050
15.1 7399. 4580. 2. 0.56 0.08F066400200051
15.1 7399. 4580. 4. -0.27 0.08F066400200052
15.1 7399. 5500. 2. 0.37 0.04F066400200053
15.1 7399. 5500. 4. 0.05 0.05F066400200054
15.1 7444. 3004. 2. 0.76 0.07F066400200055
15.1 7444. 3004. 4. -0.46 0.08F066400200056
15.1 7444. 5500. 2. -0.20 0.12F066400200057
15.1 7444. 5500. 4. 0.09 0.13F066400200058
ENDDATA 32 0 F066400200059
ENDSUBENT 58 0 F066400299999
SUBENT F0664003 20210522 F085F066400300001
BIB 7 12 F066400300002
REACTION (12-MG-26(P,G)13-AL-27,PAR,DA,,LEG/RS) F066400300003
SAMPLE A separated isotope target of 25 mu-g/cm**2 F066400300004
deposited on a tantalum backing was used. F066400300005
DETECTOR (GELI) A 40 cm**3 detector as the movable detector and F066400300006
a 80 cm**3 detector as the monitor. The monitor was F066400300007
placed at 55 degrees with respect to the beam while F066400300008
the movable detector was placed at 0,30,45,60 and 90 F066400300009
degrees, respectively. F066400300010
INC-SOURCE A 8 mu-A proton beam was used. F066400300011
ERR-ANALYS (ERR-S) Statistical error F066400300012
STATUS (TABLE)Table 1 from Zeitschrift fuer Phys.,268(1974)391F066400300013
HISTORY (20210522U) SD: STATUS updated. EN-SEC deleted. F066400300014
ENDBIB 12 0 F066400300015
COMMON 1 3 F066400300016
EN F066400300017
KEV F066400300018
2174. F066400300019
ENDCOMMON 3 0 F066400300020
DATA 5 10 F066400300021
E-LVL-INI E-LVL-FIN NUMBER DATA ERR-S F066400300022
KEV KEV NO-DIM NO-DIM NO-DIM F066400300023
5500. 3004. 2. 0.27 0.03 F066400300024
5500. 3004. 4. -0.06 0.03 F066400300025
10370. 2211. 2. -0.21 0.01 F066400300026
10370. 2211. 4. 0.00 0.01 F066400300027
10370. 3004. 2. 0.32 0.03 F066400300028
10370. 3004. 4. 0.07 0.03 F066400300029
10370. 5500. 2. -0.12 0.07 F066400300030
10370. 5500. 4. 0.00 0.07 F066400300031
10370. 5959. 2. -0.19 0.04 F066400300032
10370. 5959. 4. 0.11 0.05 F066400300033
ENDDATA 12 0 F066400300034
ENDSUBENT 33 0 F066400399999
SUBENT F0664004 20210522 F085F066400400001
BIB 10 23 F066400400002
REACTION (12-MG-24(A,P)13-AL-27,PAR,DA/DA,G/P,REL) F066400400003
No explanation of relative units is given. F066400400004
ANG-SEC (ANG,P) F066400400005
(COS,G) F066400400006
SAMPLE A self-supporting target of 300 ug/cm2 was used. F066400400007
For E=15.2 MeV a 1100 ug/cm2 gold layer was F066400400008
evaporated onto the target to stop the recoiling nucleiF066400400009
DETECTOR (SIBAR) An annular detector was placed at 180 degrees F066400400010
to the beam. It had a thickness of 1.5 mm and was F066400400011
covered with a 20 microns Al foil to smear out alpha- F066400400012
particles groups. F066400400013
(GELI) These 100 cm**3 detectors were placed at 0,30, F066400400014
45,60,and 75 degrees. At E=15.2 MeV the measurement F066400400015
was performed with detector at 0, 60 and 90 degrees F066400400016
with respect to the beam. F066400400017
INC-SOURCE A 30 mu-A alpha-particle beam was used. F066400400018
METHOD (COINC) F066400400019
MISC-COL (MISC) Initial abscissa data are given in COS**2. F066400400020
ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesF066400400021
STATUS (CURVE) Fig.3 from Zeitschrift fuer Phys.,268(1974)391 F066400400022
HISTORY (20210522A) SD: SF7=P/G -> G/P in REACTION code. F066400400023
STATUS updated. EN-SEC deleted. Accuracy of digitized F066400400024
data presentation revised. ANG-SEC added. ANG1 -> ANG. F066400400025
ENDBIB 23 0 F066400400026
COMMON 3 3 F066400400027
ANG MISC-ERR-D ERR-DIG F066400400028
ADEG NO-DIM ARB-UNITS F066400400029
180. 0.003 2.07 F066400400030
ENDCOMMON 3 0 F066400400031
DATA 7 20 F066400400032
EN E-LVL-INI E-LVL-FIN COS DATA DATA-ERR F066400400033
MISC F066400400034
MEV KEV KEV NO-DIM ARB-UNITS ARB-UNITS F066400400035
NO-DIM F066400400036
13. 5500. 2211. 0.249 302.58 26.06F066400400037
0.062 F066400400038
13. 5500. 2211. 0.498 396.27 28.43F066400400039
0.248 F066400400040
13. 5500. 2211. 0.698 475.44 30.78F066400400041
0.487 F066400400042
13. 5500. 2211. 0.863 502.36 37.91F066400400043
0.746 F066400400044
13. 5500. 2211. 0.999 458.25 33.19F066400400045
0.998 F066400400046
15.1 7444. 3004. 0.245 246.97 23.81F066400400047
0.060 F066400400048
15.1 7444. 3004. 0.492 420.48 30.95F066400400049
0.243 F066400400050
15.1 7444. 3004. 0.698 548.65 28.57F066400400051
0.487 F066400400052
15.1 7444. 3004. 0.863 545.85 30.95F066400400053
0.745 F066400400054
15.1 7444. 3004. 0.997 519.25 30.96F066400400055
0.995 F066400400056
15.1 7399. 4580. 0.233 373.77 26.13F066400400057
0.054 F066400400058
15.1 7399. 4580. 0.493 490.31 28.50F066400400059
0.243 F066400400060
15.1 7399. 4580. 0.702 663.90 45.13F066400400061
0.493 F066400400062
15.1 7399. 4580. 0.860 635.60 35.63F066400400063
0.739 F066400400064
15.1 7399. 4580. 0.997 647.69 40.38F066400400065
0.994 F066400400066
15.1 6950. 2211. 0.200 33.681 7.13F066400400067
0.040 F066400400068
15.1 6950. 2211. 0.488 45.759 10.11F066400400069
0.238 F066400400070
15.1 6950. 2211. 0.698 57.886 11.30F066400400071
0.487 F066400400072
15.1 6950. 2211. 0.853 58.113 11.89F066400400073
0.728 F066400400074
15.1 6950. 2211. 0.990 66.675 8.92F066400400075
0.980 F066400400076
ENDDATA 44 0 F066400400077
ENDSUBENT 76 0 F066400499999
SUBENT F0664005 20210522 F085F066400500001
BIB 8 14 F066400500002
REACTION (12-MG-26(P,G)13-AL-27,PAR,DA,,REL) F066400500003
No explanation of relative units is given. F066400500004
SAMPLE A separated isotope target of 25 ug/cm2 F066400500005
deposited on a tantalum backing was used. F066400500006
DETECTOR (GELI) A 40 cm**3 detector as the movable detector and F066400500007
a 80 cm**3 detector as the monitor. The monitor was F066400500008
placed at 55 degrees with respect to the beam while F066400500009
the movable detector was placed at 0,30,45,60 and 90 F066400500010
degrees, respectively. F066400500011
INC-SOURCE A 8 mu-A proton beam was used. F066400500012
MISC-COL (MISC) Initial abscissa data are given in COS**2. F066400500013
ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesF066400500014
STATUS (CURVE) Fig.5 from Zeitschrift fuer Phys.,268(1974)391 F066400500015
HISTORY (20210522U) SD: STATUS updated. F066400500016
ENDBIB 14 0 F066400500017
COMMON 5 3 F066400500018
EN E-LVL-INI E-LVL-FIN MISC-ERR-D ERR-DIG F066400500019
KEV KEV KEV NO-DIM ARB-UNITS F066400500020
2174. 10366. 2211. 0.010 10.1 F066400500021
ENDCOMMON 3 0 F066400500022
DATA 4 5 F066400500023
COS DATA DATA-ERR MISC F066400500024
NO-DIM ARB-UNITS ARB-UNITS NO-DIM F066400500025
0.061 6562.9 116.3 0.004 F066400500026
0.496 6085.3 124.0 0.246 F066400500027
0.706 5631.4 116.3 0.499 F066400500028
0.862 5277.5 124.5 0.743 F066400500029
0.998 4730.6 124.3 0.997 F066400500030
ENDDATA 7 0 F066400500031
ENDSUBENT 30 0 F066400599999
ENDENTRY 5 0 F066499999999