ENTRY A0672 20040301 0000A067200000001
SUBENT A0672001 20040301 0000A067200100001
BIB 12 41 A067200100002
TITLE Production cross-sections and momentum distributions ofA067200100003
fragments from neutron-deficient 36-Ar at 1.05 A.GeV A067200100004
AUTHOR (M.Caamano, D.Cortina-Gil, K.Suemmerer, J.Benlliure, A067200100005
E.Casarejos, H.Geissel, G.Muenzenberg, J.Pereira) A067200100006
INSTITUTE (2SPNSAU) Universidad de Santiago de Compostela. A067200100007
(2GERGSI) A067200100008
REFERENCE (J,NP/A,733,187,2004) A067200100009
All data were taken from: A067200100010
http://arxiv.Org/nucl-ex/0310033 A067200100011
REL-REF (N,,H.GEISSEL+,J,NIM/B,70,286,1992) SYS/FRS Facility. A067200100012
(N,,B.JURADO+,J,NIM/A,483,603,2002) AA067200100013
secondary-electron transmission monitor A067200100014
FACILITY (ACCEL,2GERGSI) SIS/FRS Facility A067200100015
METHOD (EXTB) A 36-Ar beam with 1050 A MeV in spills of 8 A067200100016
second duration with a repetition rate of 1/16 A067200100017
1/second. Typical beam intensities varied between A067200100018
1.E+08 and 1.E+09 ions per spill, depending on the A067200100019
cross section to be measured. A067200100020
(BCINT) The primary-beam intensities were measured withA067200100021
a secondary-electron transmission monitor. A067200100022
(SITA) A thick (1625 mg/cm2) 9be target located at the A067200100023
entrance of the FRS. A067200100024
(TOF) A067200100025
DETECTOR (SPEC) Fragments were identified with respect to their A067200100026
nuclear charge, Z, and their mass-over-charge ratio, A067200100027
A/Z, by a combination of energy-deposition, magnetic A067200100028
rigidity and time-of-flight measurements. A067200100029
HISTORY (20040228C) A067200100030
(20040301U) Last checking has been done. A067200100031
ERR-ANALYS (ERR-T) The total combined errors involved in the crossA067200100032
section determination are partly constant (2% each for A067200100033
the angular acceptance determination and beam intensityA067200100034
determination) and partly vary appreciably from isotopeA067200100035
to isotope. The main contribution comes from the A067200100036
errors of the Gaussian fit to the reconstructed A067200100037
momentum distributions. A067200100038
COMMENT - By authors. The production cross-sections show A067200100039
excellent agreement with the predictions of the A067200100040
semiempirical formula EPAX. A067200100041
ADD-RES (COMP) The longitudinal momentum distributions are A067200100042
compared with the Goldhaber and Morrissey systematics. A067200100043
ENDBIB 41 0 A067200100044
NOCOMMON 0 0 A067200100045
ENDSUBENT 44 0 A067200199999
SUBENT A0672002 20040301 0000A067200200001
BIB 2 4 A067200200002
REACTION (4-BE-9(18-AR-36,X)ELEM/MASS,,SIG) A067200200003
MISC-COL (MISC) Longitudinal momentum widths in the projectile A067200200004
system of neutron-deficient fragments A067200200005
(MISC-ERR) No any analysis is presented. A067200200006
ENDBIB 4 0 A067200200007
COMMON 1 3 A067200200008
EN A067200200009
GEV A067200200010
37.8 A067200200011
ENDCOMMON 3 0 A067200200012
DATA 6 38 A067200200013
ELEMENT MASS DATA ERR-T MISC MISC-ERR A067200200014
NO-DIM NO-DIM MB MB MEV/C MEV/C A067200200015
7. 12. 0.297 0.009 296. 2.A067200200016
7. 13. 3.72 1.19 322. 3.A067200200017
8. 13. 0.042 0.002 281. 10.A067200200018
8. 14. 0.412 0.013 299. 1.A067200200019
8. 15. 9.82 0.29 289. 4.A067200200020
8. 16. 37.6 6.4 297. 16.A067200200021
9. 17. 2.99 0.09 315. 4.A067200200022
9. 18. 7.58 1.35 312. 3.A067200200023
10. 17. 0.023 0.001 288. 18.A067200200024
10. 18. 0.567 0.017 312. 3.A067200200025
10. 19. 3.12 0.09 286. 6.A067200200026
10. 20. 18. 4. 265. 4.A067200200027
11. 20. 0.524 0.015 323. 4.A067200200028
11. 21. 2.63 0.38 302. 8.A067200200029
11. 22. 14.7 4.6 287. 8.A067200200030
12. 20. 0.0016 0.0003 273. 16.A067200200031
12. 21. 0.028 0.005 290. 1.A067200200032
12. 22. 0.519 0.021 305. 4.A067200200033
12. 23. 5.13 0.15 329. 10.A067200200034
13. 22. 0.0023 0.0003 269. 6.A067200200035
13. 23. 0.021 0.003 306. 8.A067200200036
13. 24. 0.334 0.013 293. 5.A067200200037
13. 25. 3.48 0.52 277. 4.A067200200038
14. 24. 0.002 0.001 286. 2.A067200200039
14. 25. 0.034 0.001 270. 3.A067200200040
14. 26. 0.352 0.011 253. 2.A067200200041
14. 27. 6.13 1.04 227. 4.A067200200042
15. 27. 0.0074 0.0014 267. 3.A067200200043
15. 28. 0.233 0.009 236. 3.A067200200044
15. 29. 2.78 0.17 216. 2.A067200200045
16. 29. 0.032 0.001 233. 2.A067200200046
16. 30. 0.273 0.011 205. 2.A067200200047
16. 31. 4.17 0.39 165. 2.A067200200048
17. 31. 0.012 0.003 197. 7.A067200200049
17. 32. 0.436 0.132 182. 3.A067200200050
17. 33. 6.59 1.87 182. 4.A067200200051
18. 33. 0.034 0.001 193. 2.A067200200052
18. 34. 0.573 0.019 124. 3.A067200200053
ENDDATA 40 0 A067200200054
ENDSUBENT 53 0 A067200299999
ENDENTRY 2 0 A067299999999