ENTRY C2788 20220912 C226C2788000 1 SUBENT C2788001 20220912 C226C2788001 1 BIB 9 27 C2788001 2 TITLE Evidence of a near-threshold resonance in 11B C2788001 3 relevant to the Beta-delayed proton emission of 11Be C2788001 4 AUTHOR (Y.Ayyad,W.Mittig,T.Tang,B.Olaizola,G.Potel,N.Rijal, C2788001 5 N.Watwood,H.Alvarez-Pol,D.Bazin,M.Caamano,J.Chen, C2788001 6 M.Cortesi,B.Fernandez-Dominguez,S.Giraud,P.Gueye, C2788001 7 S.Heinitz,R.Jain,B.P.Kay,E.A.Maugeri,B.Monteagudo, C2788001 8 F.Ndayisabye,S.N.Paneru,J.Pereira,E.Rubino, C2788001 9 C.Santamaria,D.Schumann,J.Surbrook,L.Wagner, C2788001 10 J.C.Zamora,V.Zelevinsky) C2788001 11 INSTITUTE (2SPNSAU,1USAMSU,2ZZZCER,1USALRL,1USAANL,2SWTPSI) C2788001 12 REFERENCE (J,PRL,129,012501,2022) C2788001 13 FACILITY (LINAC,1USAMSU) . The experiment was conducted at the C2788001 14 ReA3 reaccelerator facility of the National C2788001 15 Superconducting Cyclotron Laboratory. C2788001 16 SAMPLE CH2 target foil with thickness of 8.64 mg/cm2. A very C2788001 17 thin (tens of nm) Al layer was evaporated on the C2788001 18 upstream side of the foil. C2788001 19 DETECTOR (MCPLT) Secondary electrons produced from the Al C2788001 20 layer were deflected using permanent magnets into a C2788001 21 microchannel plate detector. C2788001 22 (SI) A single sided silicon detector with thickness C2788001 23 of 1 mm and diameter 35 mm was placed 10 cm downstream C2788001 24 of the target to detect forward scattered protons and C2788001 25 alpha particles C2788001 26 METHOD (TOF) Time of flight and energy correlation was used C2788001 27 to identify emitted protons and alpha particles C2788001 28 HISTORY (20220912C) Compiled by S.H. C2788001 29 ENDBIB 27 0 C2788001 30 NOCOMMON 0 0 C2788001 31 ENDSUBENT 30 0 C278800199999 SUBENT C2788002 20220912 C226C2788002 1 BIB 3 6 C2788002 2 REACTION ((1-H-1(4-BE-10,EL)1-H-1,,DA)= C2788002 3 (4-BE-10(P,EL)4-BE-10,,DA)) C2788002 4 ERR-ANALYS (DATA-ERR) Origin of uncertainties not described C2788002 5 STATUS (TABLE,,Y.Ayyad+,J,PRL,129,012501,2022) C2788002 6 Data presented in fig. 2 of the reference C2788002 7 sent by author Y.A. C2788002 8 ENDBIB 6 0 C2788002 9 COMMON 1 3 C2788002 10 ANG-CM C2788002 11 ADEG C2788002 12 180. C2788002 13 ENDCOMMON 3 0 C2788002 14 DATA 3 40 C2788002 15 EN-CM DATA-CM DATA-ERR C2788002 16 MEV B/SR B/SR C2788002 17 1.2200E-1 1.1570E+0 1.1528E-1 C2788002 18 1.2700E-1 9.7045E-1 1.0557E-1 C2788002 19 1.3200E-1 1.0940E+0 1.1209E-1 C2788002 20 1.3700E-1 9.2135E-1 1.0287E-1 C2788002 21 1.4200E-1 1.0319E+0 1.0887E-1 C2788002 22 1.4700E-1 8.7999E-1 1.0053E-1 C2788002 23 1.5200E-1 8.0516E-1 9.6164E-2 C2788002 24 1.5700E-1 8.6743E-1 9.9813E-2 C2788002 25 1.6200E-1 7.1767E-1 9.0789E-2 C2788002 26 1.6700E-1 7.4410E-1 9.2445E-2 C2788002 27 1.7200E-1 8.0423E-1 9.6109E-2 C2788002 28 1.7700E-1 9.8551E-1 1.0639E-1 C2788002 29 1.8200E-1 1.0365E+0 1.0911E-1 C2788002 30 1.8700E-1 9.3534E-1 1.0365E-1 C2788002 31 1.9200E-1 9.0447E-1 1.0192E-1 C2788002 32 1.9700E-1 7.1755E-1 9.0782E-2 C2788002 33 2.0200E-1 8.8709E-1 1.0094E-1 C2788002 34 2.0700E-1 8.9199E-1 1.0122E-1 C2788002 35 2.1200E-1 6.9216E-1 8.9161E-2 C2788002 36 2.1700E-1 7.1044E-1 9.0331E-2 C2788002 37 2.2200E-1 5.3682E-1 7.8521E-2 C2788002 38 2.2700E-1 8.6921E-1 9.9915E-2 C2788002 39 2.3200E-1 6.4578E-1 8.6122E-2 C2788002 40 2.3700E-1 8.3078E-1 9.7682E-2 C2788002 41 2.4200E-1 5.3818E-1 7.8620E-2 C2788002 42 2.4700E-1 7.4171E-1 9.2297E-2 C2788002 43 2.5200E-1 6.2623E-1 8.4809E-2 C2788002 44 2.5700E-1 7.3041E-1 9.1591E-2 C2788002 45 2.6200E-1 5.4217E-1 7.8911E-2 C2788002 46 2.6700E-1 4.4671E-1 7.1628E-2 C2788002 47 2.7200E-1 4.2432E-1 6.9810E-2 C2788002 48 2.7700E-1 3.9639E-1 6.7473E-2 C2788002 49 2.8200E-1 4.7172E-1 7.3606E-2 C2788002 50 2.8700E-1 2.9347E-1 5.8057E-2 C2788002 51 2.9200E-1 2.4290E-1 5.2819E-2 C2788002 52 2.9700E-1 3.1231E-1 5.9891E-2 C2788002 53 3.0200E-1 4.2811E-1 7.0121E-2 C2788002 54 3.0700E-1 2.4365E-1 5.2900E-2 C2788002 55 3.1200E-1 2.3611E-1 5.2075E-2 C2788002 56 3.1700E-1 1.6588E-1 4.3649E-2 C2788002 57 ENDDATA 42 0 C2788002 58 ENDSUBENT 57 0 C278800299999 ENDENTRY 2 0 C278899999999