ENTRY C2887 20230301 C230C2887000 1 SUBENT C2887001 20230301 C230C2887001 1 BIB 11 46 C2887001 2 TITLE Probing the quadrupole transition strength of 15C via C2887001 3 deuteron inelastic scattering C2887001 4 AUTHOR (J.Chen,B.P.Kay,T.L.Tang,I.A.Tolstukhin,C.R.Hoffman, C2887001 5 H.Li,P.Yin,X.Zhao,P.Maris,J.P.Vary,G.Li,J.L.Lou, C2887001 6 M.L.Avila,Y.Ayyad,S.Bennett,D.Bazin,J.A.Clark, C2887001 7 S.J.Freeman,H.Jayatissa,C.Muller-Gatermann, C2887001 8 A.Munoz-Ramos,D.Santiago-Gonzalez,D.K.Sharp, C2887001 9 A.H.Wuosmaa,C.X.Yuan) C2887001 10 INSTITUTE (1USAANL,3CPRIMP,1USASUI,3CPRBJG,2SPNSAU,2UK MAN, C2887001 11 1USAMSU,2ZZZCER,3CPRSZH) C2887001 12 (1USAUSA) University of Connecticut, Storrs, CT C2887001 13 REFERENCE (J,PR/C,106,064312,2022) C2887001 14 FACILITY (LINAC,1USAANL) Experiment carried out at the ATLAS C2887001 15 in-flight facility at Argonne National Laboratory C2887001 16 SAMPLE Deuterated polyethylene (CD2)n or polyethylene (CH2)n C2887001 17 of thickness 363 mu-g/cm2 and 387 mu-g/cm2 placed C2887001 18 at the HELIOS axis. C2887001 19 DETECTOR (MAGSP) The outgoing protons and deuterons were C2887001 20 analyzed by the HELIOS spectrometer with a magnetic C2887001 21 field strength of 2.5 T. C2887001 22 (SI) The outgoing protons and deuterons were detected C2887001 23 by an Si position sensitive array, consisting of 24 C2887001 24 position sensitive detectors. Array was laced on C2887001 25 HELIOS axis and covered the range of 332 mm < z < 682 C2887001 26 mm. The array was moved 60 mm closer to the target C2887001 27 for part of the measurement to cover smaller center C2887001 28 of mass angles C2887001 29 (TELES,SI,SI) The 15C recoils were detected by dE-E C2887001 30 telescopes composed of 75 mu-m and 1000 mu-m thick C2887001 31 quadrant silicon detectors. The deuterons and protons C2887001 32 traveling for more than one cyclotron period were C2887001 33 stopped by a cylindrical plastic blocker surrounding C2887001 34 the recoil detectors. C2887001 35 METHOD (EDE,COINC) Coincidence between scattered deuterons C2887001 36 and recoils was required. Time coincidence of 20 ns C2887001 37 was used C2887001 38 INC-SOURCE The 15C secondary beam was produced using the neutron C2887001 39 adding reaction on a 14C primary beam at 8 MeV/u, C2887001 40 with an intensity of 200 particle nanoamperes. C2887001 41 The 14C beam bombarded a 37-mm long deuterium C2887001 42 gas cell at a pressure of 1400 mbar and temperature C2887001 43 of 90 K. The resulting 15C beam had a rate of C2887001 44 approximately 1E+6 particles per second. C2887001 45 ERR-ANALYS (ERR-SYS) Systematic uncertainty C2887001 46 (DATA-ERR) Origin of uncertainties not described C2887001 47 HISTORY (20230301C) Compiled by S.H. C2887001 48 ENDBIB 46 0 C2887001 49 COMMON 3 3 C2887001 50 EN ERR-SYS ANG-ERR C2887001 51 MEV/A PER-CENT ADEG C2887001 52 7.1 20. 0.3 C2887001 53 ENDCOMMON 3 0 C2887001 54 ENDSUBENT 53 0 C288700199999 SUBENT C2887002 20230301 C230C2887002 1 BIB 2 4 C2887002 2 REACTION ((1-H-2(6-C-15,EL)1-H-2,,DA,D)= C2887002 3 (6-C-15(D,EL)6-C-15,,DA)) C2887002 4 STATUS (TABLE) Data presented in fig.4a of the reference C2887002 5 sent by author J.Ch. C2887002 6 ENDBIB 4 0 C2887002 7 NOCOMMON 0 0 C2887002 8 DATA 3 21 C2887002 9 ANG-CM DATA-CM DATA-ERR C2887002 10 ADEG MB/SR MB/SR C2887002 11 33.53 7.64861 0.71636 C2887002 12 34.39 4.29395 0.53674 C2887002 13 35.25 3.8243 0.50654 C2887002 14 37.08167 3.61723 0.26381 C2887002 15 37.905 5.11639 0.31371 C2887002 16 38.72833 6.52329 0.3543 C2887002 17 40.10667 10.50232 0.38633 C2887002 18 40.92 12.22177 0.41628 C2887002 19 41.73333 14.51528 0.45651 C2887002 20 43.15 22.83771 0.68827 C2887002 21 43.85 21.01897 0.64651 C2887002 22 44.55 23.50206 0.69607 C2887002 23 46.03333 28.13718 0.8191 C2887002 24 46.7 28.44263 0.838 C2887002 25 47.36667 29.31163 0.84475 C2887002 26 48.56667 30.74086 0.88852 C2887002 27 49.3 30.54092 0.89555 C2887002 28 50.03333 29.54413 0.85788 C2887002 29 51.4 28.23104 1.00505 C2887002 30 52. 27.26495 0.98771 C2887002 31 52.6 26.11997 0.96674 C2887002 32 ENDDATA 23 0 C2887002 33 ENDSUBENT 32 0 C288700299999 SUBENT C2887003 20230301 C230C2887003 1 BIB 3 5 C2887003 2 REACTION ((1-H-2(6-C-15,INL)1-H-2,PAR,DA,D)= C2887003 3 (6-C-15(D,INL)6-C-15,PAR,DA)) C2887003 4 STATUS (TABLE) Data presented in fig.4a of the reference C2887003 5 sent by author J.Ch. C2887003 6 EN-SEC (E-LVL,6-C-15) C2887003 7 ENDBIB 5 0 C2887003 8 COMMON 1 3 C2887003 9 E-LVL C2887003 10 MEV C2887003 11 0.74 C2887003 12 ENDCOMMON 3 0 C2887003 13 DATA 3 13 C2887003 14 ANG-CM DATA-CM DATA-ERR C2887003 15 ADEG MB/SR MB/SR C2887003 16 30.8 2.86 0.45 C2887003 17 32.3 2.58 0.44 C2887003 18 34.8875 2.23501 0.20403 C2887003 19 36.1225 1.788 0.18249 C2887003 20 38.11 1.47505 0.1279 C2887003 21 39.33 1.37524 0.1235 C2887003 22 41.225 1.30344 0.11949 C2887003 23 42.275 1.10081 0.12679 C2887003 24 44.2 1.32261 0.16445 C2887003 25 45.3 1.28811 0.16229 C2887003 26 46.95 1.53347 0.1728 C2887003 27 48.05 1.47869 0.16969 C2887003 28 50.05 1.23484 0.16302 C2887003 29 ENDDATA 15 0 C2887003 30 ENDSUBENT 29 0 C288700399999 ENDENTRY 3 0 C288799999999