ENTRY C1830 20111206 C112C183000000001 SUBENT C1830001 20111206 C112C183000100001 BIB 9 32 C183000100002 TITLE Knockout Reactions from p-Shell Nuclei: Tests of Ab C183000100003 Initio Structure Models C183000100004 AUTHOR (G.F.Grinyer,D.Bazin,A.Gade,J.A.Tostevin,P.Adrich, C183000100005 M.D.Bowen,B.A.Brown,C.M.Campbell, J.M.Cook, C183000100006 T.Glasmacher,S.Mcdaniel,P.Navratil,A.Obertelli, C183000100007 S.Quaglioni,K.Siwek,J.R.Terry,D.Weisshaar,R.B.Wiringa) C183000100008 INSTITUTE (1USAMSU,2UK SUR,1USALRL,1USAANL) C183000100009 REFERENCE (J,PRL,106,162502,2011) C183000100010 FACILITY (CYCLO,1USAMSU) Experiment performed at the National C183000100011 Superconducting Laboratory's Coupled Cyclotron FacilityC183000100012 (PRJFS) A1900 fragment separator was used to separate C183000100013 10B ions from other fragments C183000100014 DETECTOR (MAGSP)Sample was positioned at the pivot point of C183000100015 the S800 spectrograph. The S800 selected the C183000100016 secondary reaction residue of interest based on C183000100017 magnetic rigidity and identified on event-by-event C183000100018 basis in focal plane detector C183000100019 (TELES,SCIN,SCIN) The focal-plane detection system C183000100020 consisted of two x-y position-sensitive detectors and tC183000100021 plastic scintillators (5 and 10 cm thickness). The C183000100022 scintillators provided both an energy loss dE and totalC183000100023 residue energy E measurement and in addition a start C183000100024 signal for the time-of-flight measurement. C183000100025 ERR-ANALYS (ERR-T) Total uncertainty C183000100026 (ERR-SYS) Systematic uncertainty of 5% was dominated byC183000100027 systematic losses due to finite acceptance of S800 C183000100028 spectrometer, that ere limited to to +-2.5% in C183000100029 momentum, and 3.5 deg and 5.0 deg in the dispersive andC183000100030 nondispersive directions, respectively. C183000100031 METHOD (EDE,TOF) C183000100032 HISTORY (20110524C) Compiled by S.H. C183000100033 (20111107U) OS. Spelling corr. C183000100034 ENDBIB 32 0 C183000100035 COMMON 1 3 C183000100036 ERR-SYS C183000100037 PER-CENT C183000100038 5.0 C183000100039 ENDCOMMON 3 0 C183000100040 ENDSUBENT 39 0 C183000199999 SUBENT C1830002 20110524 C108C183000200001 BIB 4 9 C183000200002 REACTION (4-BE-9(4-BE-10,X)4-BE-9,,SIG) C183000200003 STATUS (TABLE) Data taken from tab. 1 of the reference C183000200004 SAMPLE 9Be sample with thickness of 376+-4 mg/cm2 C183000200005 INC-SOURCE Beam of 10B ions was produced through C183000200006 projectile fragmentation of a 150 MeV/A beam of 16-O C183000200007 incident on a 9Be production target and were C183000200008 separated from additional reaction products using the C183000200009 A1900 fragment separator. Beam rate of order 10**5 C183000200010 ions/s was achieved C183000200011 ENDBIB 9 0 C183000200012 NOCOMMON 0 0 C183000200013 DATA 3 2 C183000200014 EN DATA ERR-T C183000200015 MEV/A MB MB C183000200016 80.0 73.0 3.8 C183000200017 120.0 67.5 3.6 C183000200018 ENDDATA 4 0 C183000200019 ENDSUBENT 18 0 C183000299999 SUBENT C1830003 20110524 C108C183000300001 BIB 4 9 C183000300002 REACTION (4-BE-9(4-BE-10,X)4-BE-9,,DP) C183000300003 STATUS (CURVE) Data taken from fig. 1 of the reference C183000300004 SAMPLE 9Be sample with thickness of 376+-4 mg/cm2 C183000300005 INC-SOURCE Beam of 10B ions was produced through projectile C183000300006 fragmentation of a 150 MeV/A beam of 16-O incident C183000300007 on a 9Be production target and were separated from C183000300008 additional reaction products using the A1900 fragment C183000300009 separator. Beam rate of order 10**5 ions/s C183000300010 was achieved C183000300011 ENDBIB 9 0 C183000300012 COMMON 1 3 C183000300013 EN C183000300014 MEV/A C183000300015 120.0 C183000300016 ENDCOMMON 3 0 C183000300017 DATA 3 27 C183000300018 MOM-SEC DATA ERR-T C183000300019 GEV/C MB/MEV/C MB/MEV/C C183000300020 3.99 25.4 1.5 C183000300021 4.01 28.1 2.5 C183000300022 4.03 34.3 2.8 C183000300023 4.05 41.9 3.4 C183000300024 4.07 52.7 4.3 C183000300025 4.09 58.5 4.3 C183000300026 4.11 77.2 6.4 C183000300027 4.12 85.2 4.9 C183000300028 4.14 91.4 6.1 C183000300029 4.16 114.1 8.0 C183000300030 4.18 132.5 9.2 C183000300031 4.20 160.8 10.7 C183000300032 4.22 171.8 12.0 C183000300033 4.24 218.5 14.7 C183000300034 4.25 219.1 15.0 C183000300035 4.26 246.4 16.3 C183000300036 4.28 255.6 16.3 C183000300037 4.30 267.9 17.8 C183000300038 4.32 250.7 16.3 C183000300039 4.35 228.3 14.4 C183000300040 4.37 202.5 13.2 C183000300041 4.39 170.5 11.1 C183000300042 4.41 154.9 10.4 C183000300043 4.43 113.4 7.1 C183000300044 4.45 72.9 4.9 C183000300045 4.47 47.1 3.4 C183000300046 4.49 30.5 2.8 C183000300047 ENDDATA 29 0 C183000300048 ENDSUBENT 47 0 C183000399999 SUBENT C1830004 20110524 C108C183000400001 BIB 4 9 C183000400002 REACTION (6-C-12(6-C-10,X)6-C-9,,SIG) C183000400003 STATUS (CURVE) Data taken from tab. 1 of the reference C183000400004 INC-SOURCE Beam of 10C ions was produced through C183000400005 projectile fragmentation of a 150 MeV/A beam of 16-O C183000400006 incident on a 9Be production target and were C183000400007 separated from additional reaction products using the C183000400008 A1900 fragment separator. Beam rate of order 10**5 C183000400009 ions/s was achieved C183000400010 SAMPLE 10C sample with thickness of 403+-5 mg/cm2 C183000400011 ENDBIB 9 0 C183000400012 NOCOMMON 0 0 C183000400013 DATA 3 1 C183000400014 EN DATA ERR-T C183000400015 MEV/A MB MB C183000400016 120.0 27.4 1.6 C183000400017 ENDDATA 3 0 C183000400018 ENDSUBENT 17 0 C183000499999 SUBENT C1830005 20110524 C108C183000500001 BIB 4 9 C183000500002 REACTION (6-C-12(6-C-10,X)6-C-9,,DP) C183000500003 STATUS (CURVE) Data taken from fig. 1 of the reference C183000500004 INC-SOURCE Beam of 10C ions was produced through C183000500005 projectile fragmentation of a 150 MeV/A beam of 16-O C183000500006 incident on a 9Be production target and were C183000500007 separated from additional reaction products using the C183000500008 A1900 fragment separator. Beam rate of order 10**5 C183000500009 ions/s was achieved C183000500010 SAMPLE 10C sample with thickness of 403+-5 mg/cm2 C183000500011 ENDBIB 9 0 C183000500012 COMMON 1 3 C183000500013 EN C183000500014 MEV/A C183000500015 120.0 C183000500016 ENDCOMMON 3 0 C183000500017 DATA 3 28 C183000500018 MOM-SEC DATA ERR-T C183000500019 GEV/C MB/MEV/C MB/MEV/C C183000500020 3.91 18.0 1.5 C183000500021 3.93 19.6 1.5 C183000500022 3.95 23.7 1.9 C183000500023 3.97 27.4 2.0 C183000500024 3.98 33.5 2.5 C183000500025 4.01 34.3 2.6 C183000500026 4.02 42.0 3.0 C183000500027 4.03 44.5 3.2 C183000500028 4.05 48.0 3.6 C183000500029 4.07 54.2 4.1 C183000500030 4.09 60.5 4.1 C183000500031 4.11 66.9 4.7 C183000500032 4.13 66.0 4.7 C183000500033 4.15 76.3 5.0 C183000500034 4.15 71.4 5.0 C183000500035 4.17 74.7 5.2 C183000500036 4.19 75.5 5.4 C183000500037 4.21 77.1 5.0 C183000500038 4.24 75.1 5.0 C183000500039 4.26 67.5 4.7 C183000500040 4.28 65.2 4.7 C183000500041 4.30 51.3 3.5 C183000500042 4.30 55.2 4.1 C183000500043 4.32 46.8 3.6 C183000500044 4.34 38.2 3.1 C183000500045 4.37 31.0 2.7 C183000500046 4.39 21.4 1.9 C183000500047 4.41 22.1 1.9 C183000500048 ENDDATA 30 0 C183000500049 ENDSUBENT 48 0 C183000599999 SUBENT C1830006 20110524 C108C183000600001 BIB 4 9 C183000600002 REACTION (4-BE-9(6-C-10,X)6-C-9,,SIG) C183000600003 STATUS (CURVE) Data taken from fig. 1 of the reference C183000600004 INC-SOURCE Beam of 10C ions was produced through C183000600005 projectile fragmentation of a 150 MeV/A beam of 16-O C183000600006 incident on a 9Be production target and were C183000600007 separated from additional reaction products using the C183000600008 A1900 fragment separator. Beam rate of order 10**5 C183000600009 ions/s was achieved C183000600010 SAMPLE 10C sample with thickness of 403+-5 mg/cm2 C183000600011 ENDBIB 9 0 C183000600012 NOCOMMON 0 0 C183000600013 DATA 3 1 C183000600014 EN DATA ERR-T C183000600015 MEV/A MB MB C183000600016 120.0 23.2 1.0 C183000600017 ENDDATA 3 0 C183000600018 ENDSUBENT 17 0 C183000699999 ENDENTRY 6 0 C183099999999