ENTRY C2423 20200202 C207C242300000001 SUBENT C2423001 20200202 C207C242300100001 BIB 11 41 C242300100002 TITLE Structure of 9C through proton resonance scattering C242300100003 with the Texas Active Target detector C242300100004 AUTHOR (J.Hooker,G.V.Rogachev,E.Koshchiy,S.Ahn,M.Barbui, C242300100005 V.Z.Goldberg,C.Hunt,H.Jayatissa,E.C.Pollacco, C242300100006 B.T.Roeder,A.Saastamoinen,S.Upadhyayula) C242300100007 INSTITUTE (1USATAM,2FR SAC) C242300100008 REFERENCE (J,PR/C,100,054618,2019) C242300100009 FACILITY (CYCLO,1USATAM) Experiment performed using K150 C242300100010 cyclotron at the Cyclotron Institute at Texas A&M C242300100011 University. C242300100012 SAMPLE Active volume of the TPC. Target was methane gas CH4 C242300100013 with purity of 99.999%. Pressure in TPC was adjusted C242300100014 to stop incoming 8Be beam before the last 16 rows of C242300100015 the central pads to 435 Torr. C242300100016 DETECTOR A time projection chamber (TPC) TexAT was used for C242300100017 identification and tracking of reaction products. C242300100018 TexAT has a planar geometry with Micromegas readout. C242300100019 Micromegas detector has active area 224 x 224 mm2. C242300100020 TPC allowed for complete kinematic reconstruction C242300100021 of each event C242300100022 (IOCH) Ionization chamber is integral part of C242300100023 TexAT, located close to the entrance window. C242300100024 Ionization chamber is used for beam particle C242300100025 identification and overal normalization. C242300100026 (TELES,SI,CSICR) Total nine Si-CsI(Tl) telescope C242300100027 detectors were positioned in the forward region of C242300100028 TexAT chamber. Si detectors with area 5cm x 5cm, C242300100029 700-1000 mu-m thick were divided into four 2.5cm x C242300100030 2.5cm square segments. Each Si detector was backed by C242300100031 5cm x 5cm x 4cm CsI(Tl) scintillation detector. C242300100032 METHOD (EDE) C242300100033 INC-SOURCE (KINDT) The 8B beam was produced in the reaction C242300100034 6Li(3He,n)8B. The primary 6Li beam made above C242300100035 reaction in a liquid nitrogen cooled 3He gas cell. C242300100036 Cell was 9.2 cm long with diameter of 19 mm and has 4 C242300100037 mu-m thick Havar entrance and exit windows. Pressure C242300100038 of 3He gas was 810 torr. The energy of the primary C242300100039 6Li beam was 13.2MeV/A, resulting 8B beam has energy C242300100040 (60.8+- 1.2) MeV and intensity about 10E+3 pps. C242300100041 ERR-ANALYS (DATA-ERR) Origin of uncertainties not described C242300100042 HISTORY (20200202C) Compiled by S.H. C242300100043 ENDBIB 41 0 C242300100044 NOCOMMON 0 0 C242300100045 ENDSUBENT 44 0 C242300199999 SUBENT C2423002 20200202 C207C242300200001 BIB 2 4 C242300200002 REACTION ((1-H-1(5-B-8,EL)1-H-1,,DA)= C242300200003 (5-B-8(P,EL)5-B-8,,DA)) C242300200004 STATUS (TABLE) Data presented in fig.9a of the C242300200005 reference sent by author (J.H.) C242300200006 ENDBIB 4 0 C242300200007 COMMON 2 3 C242300200008 ANG-CM-MIN ANG-CM-MAX C242300200009 ADEG ADEG C242300200010 157. 172. C242300200011 ENDCOMMON 3 0 C242300200012 DATA 3 35 C242300200013 E-EXC-CMP DATA-CM DATA-ERR C242300200014 MEV MB/SR MB/SR C242300200015 1.9869 51.3140 10.2640 C242300200016 2.1082 29.2640 4.3152 C242300200017 2.2319 27.3240 4.0295 C242300200018 2.3565 25.5400 3.8951 C242300200019 2.4811 17.2990 3.2122 C242300200020 2.6058 20.4690 3.5106 C242300200021 2.7306 22.0070 3.6685 C242300200022 2.8554 32.4290 4.4971 C242300200023 2.9803 27.3430 4.1704 C242300200024 3.1052 41.8660 5.2330 C242300200025 3.2302 51.8610 5.9104 C242300200026 3.3552 65.7200 6.7788 C242300200027 3.4803 80.1090 7.6041 C242300200028 3.6054 90.6110 8.2370 C242300200029 3.7305 99.1560 8.7989 C242300200030 3.8556 103.0000 9.1760 C242300200031 3.9807 91.9580 8.8486 C242300200032 4.1059 114.0900 10.0840 C242300200033 4.2311 112.4000 10.2180 C242300200034 4.3562 108.7400 10.3220 C242300200035 4.4814 99.3720 10.0900 C242300200036 4.6066 99.3740 10.3600 C242300200037 4.7318 120.3100 11.6860 C242300200038 4.8569 108.4300 11.3670 C242300200039 4.9821 96.3870 13.0630 C242300200040 5.1073 91.6500 13.1640 C242300200041 5.2325 94.2020 13.6260 C242300200042 5.3577 91.2360 13.7570 C242300200043 5.4828 90.2910 14.0490 C242300200044 5.6080 81.2960 13.9150 C242300200045 5.7332 75.9380 13.9570 C242300200046 5.8583 86.2500 14.8790 C242300200047 5.9835 74.3530 14.5230 C242300200048 6.1086 62.9270 14.1380 C242300200049 6.2338 67.3050 14.7390 C242300200050 ENDDATA 37 0 C242300200051 ENDSUBENT 50 0 C242300299999 SUBENT C2423003 20200202 C207C242300300001 BIB 2 4 C242300300002 REACTION ((1-H-1(5-B-8,EL)1-H-1,,DA)= C242300300003 (5-B-8(P,EL)5-B-8,,DA)) C242300300004 STATUS (TABLE) Data presented in fig.9b of the C242300300005 reference sent by author (J.H.) C242300300006 ENDBIB 4 0 C242300300007 COMMON 2 3 C242300300008 ANG-CM-MIN ANG-CM-MAX C242300300009 ADEG ADEG C242300300010 100. 145. C242300300011 ENDCOMMON 3 0 C242300300012 DATA 3 39 C242300300013 E-EXC-CMP DATA-CM DATA-ERR C242300300014 MEV MB/SR MB/SR C242300300015 2.3953 73.9510 17.4300 C242300300016 2.4873 42.2800 7.9902 C242300300017 2.5799 32.2770 5.5352 C242300300018 2.6726 40.2780 5.3347 C242300300019 2.7668 21.0360 3.5558 C242300300020 2.8642 22.6360 3.6250 C242300300021 2.9622 31.7090 4.2371 C242300300022 3.0605 32.8030 4.2707 C242300300023 3.1591 43.7690 4.8939 C242300300024 3.2580 46.8060 5.0183 C242300300025 3.3573 52.4900 5.2750 C242300300026 3.4568 46.6890 4.9491 C242300300027 3.5567 55.7980 5.3939 C242300300028 3.6567 54.6360 5.3314 C242300300029 3.7570 53.0840 5.2564 C242300300030 3.8575 61.0120 5.6401 C242300300031 3.9581 72.7670 6.1726 C242300300032 4.0589 55.2920 5.3956 C242300300033 4.1599 72.1910 6.1903 C242300300034 4.2610 72.9060 6.2521 C242300300035 4.3622 72.1270 6.2543 C242300300036 4.4635 58.7920 5.6835 C242300300037 4.5649 78.0480 6.5961 C242300300038 4.6664 79.2930 6.7019 C242300300039 4.7679 70.8610 6.3897 C242300300040 4.8695 73.3370 6.5596 C242300300041 4.9711 69.3920 6.4432 C242300300042 5.0728 62.2770 6.1665 C242300300043 5.1744 69.8600 6.6007 C242300300044 5.2761 62.5060 6.3139 C242300300045 5.3778 57.4280 6.1216 C242300300046 5.4795 61.4760 6.4088 C242300300047 5.5811 60.9270 6.4588 C242300300048 5.6828 47.0200 5.7446 C242300300049 5.7844 47.5010 5.8475 C242300300050 5.8860 40.6140 5.4761 C242300300051 5.9876 48.5120 6.0636 C242300300052 6.0892 54.4810 6.5120 C242300300053 6.1908 67.1490 7.3263 C242300300054 ENDDATA 41 0 C242300300055 ENDSUBENT 54 0 C242300399999 ENDENTRY 3 0 C242399999999