ENTRY D0274 20051005 D044D027400000001 SUBENT D0274001 20051005 D044D027400100001 BIB 7 11 D027400100002 TITLE Coherent resonance contributions in the reactions D027400100003 6Li(d,alpha)4He and 10B(d,p0)11B at D027400100004 sub-Coulomb energies D027400100005 AUTHOR (G.Ruprecht,K.Czerski,D.Bemmerer,M.Hoeft,P.Heide) D027400100006 INSTITUTE (2GERTUB,2GERBER) D027400100007 (2GERGER) International University, Bremen D027400100008 REFERENCE (J,PR/C,70,025803,2004) D027400100009 ERR-ANALYS (ERR-S) Statistical error D027400100010 STATUS (TABLE) Data received from Dr. D.Bemmerer D027400100011 (APRVD) Entry was approved by Dr. D.Bemmerer D027400100012 HISTORY (20051005C) SD D027400100013 ENDBIB 11 0 D027400100014 NOCOMMON 0 0 D027400100015 ENDSUBENT 14 0 D027400199999 SUBENT D0274002 20051005 D044D027400200001 BIB 5 14 D027400200002 REACTION (3-LI-6(D,A)2-HE-4,,DA,,LEG/RS) tbl.1 Data are A2 D027400200003 coefficients for the second order Legendre polynomials.D027400200004 FACILITY (CCW,2GERTUB) TU Berlin 200 kV electrostatic D027400200005 accelerator (Cockroft-Walton) D027400200006 ANALYSIS (INTAD) alpha particles from the reaction were D027400200007 detected at four different backwards angles, and D027400200008 coefficients A2 for second degree Legendre polynomials D027400200009 were derived from the data. D027400200010 SAMPLE In early measurements (1998) thick targets D027400200011 (100 mu-g/cm2 6LiF) were used. In a refined D027400200012 measurement (2000) the targets were composed of a D027400200013 10 mu-g/cm2 6LiF layer on a 0.2 mm copper backing. D027400200014 DETECTOR (SI) 100 mm2 Canberra PIPS (Passivated Implanted D027400200015 Planar Silicon) detectors D027400200016 ENDBIB 14 0 D027400200017 COMMON 1 3 D027400200018 NUMBER-CM D027400200019 NO-DIM D027400200020 2. D027400200021 ENDCOMMON 3 0 D027400200022 DATA 3 10 D027400200023 EN-CM DATA-CM ERR-S D027400200024 MEV NO-DIM NO-DIM D027400200025 0.02189 0.1 0.1 D027400200026 0.02560 -0.03 0.03 D027400200027 0.02931 -0.005 0.025 D027400200028 0.03302 0.020 0.025 D027400200029 0.03673 0.033 0.008 D027400200030 0.04115 -0.015 0.015 D027400200031 0.05896 -0.045 0.010 D027400200032 0.07321 -0.057 0.008 D027400200033 0.07870 -0.040 0.010 D027400200034 0.08041 0.00 0.03 D027400200035 ENDDATA 12 0 D027400200036 ENDSUBENT 35 0 D027400299999 SUBENT D0274003 20051005 D044D027400300001 BIB 7 27 D027400300002 REACTION (5-B-10(D,P)5-B-11,PAR,DA,,LEG/RS) fig.7(a) Data are A1D027400300003 coefficients for the first order Legendre polynomials. D027400300004 EN-SEC (E-LVL,5-B-11) D027400300005 FACILITY (CCW,2GERTUB) TU Berlin 360 kV electrostatic D027400300006 accelerator (Cockroft-Walton) D027400300007 SAMPLE Thin 10B target (30 mu-g/cm2) on Al backing D027400300008 (30 mu-g/cm2); both layers were enclosed by a thin D027400300009 carbon foil (10 mu-g/cm2) D027400300010 METHOD (EDE) D027400300011 DETECTOR (TELES) Particle-telescope system consisting of a D027400300012 thin dE detector of 15 mu-m thickness and a total D027400300013 energy E detector with a thickness of 500 mu-m and an D027400300014 active area of 50 mm2. D027400300015 Angular distribution measurements were carried out at D027400300016 15 different angles between 15. and 130. degr. D027400300017 ADD-RES Based on coherent superposition between resonant and D027400300018 direct-capture components, the authors renormalized D027400300019 experimental data from the literature. D027400300020 The renormalization coefficients are: D027400300021 1. W.H.Burke,etc.Phys.Rev.93,188(1954) : 0.12 D027400300022 2. C.H.Paris,etc.Physica(Amsterdam)20,573(1954): 1. D027400300023 3. J.B.Marion etc.,Phys.Rev.103,1408 (1956) : 3.13 D027400300024 4. N.Arena,etc.,Lett.Nuovo Cimento D027400300025 Soc.Ital.Fis.5,879 (1972) : 3.81 D027400300026 5. N.Arena,etc.,Lett.Nuovo Cimento D027400300027 Soc.Ital.Fis.A A38, 101 (1977) : 4.05 D027400300028 6. J.Yan,etc.,Phys.Rev.C55,1890 (1997) : 1. D027400300029 ENDBIB 27 0 D027400300030 COMMON 2 3 D027400300031 E-LVL NUMBER-CM D027400300032 MEV NO-DIM D027400300033 0.0 1. D027400300034 ENDCOMMON 3 0 D027400300035 DATA 3 2 D027400300036 EN-CM DATA-CM ERR-S D027400300037 MEV NO-DIM NO-DIM D027400300038 0.137 0.291 0.022 D027400300039 0.254 0.139 0.011 D027400300040 ENDDATA 4 0 D027400300041 ENDSUBENT 40 0 D027400399999 SUBENT D0274004 20051005 D044D027400400001 BIB 7 27 D027400400002 REACTION (5-B-10(D,P)5-B-11,PAR,DA,,LEG/RS) fig.7(b) Data are A2D027400400003 coefficients for the second order Legendre polynomials.D027400400004 EN-SEC (E-LVL,5-B-11) D027400400005 FACILITY (CCW,2GERTUB) TU Berlin 360 kV electrostatic D027400400006 accelerator (Cockroft-Walton) D027400400007 SAMPLE Thin 10B target (30 mu-g/cm2) on Al backing D027400400008 (30 mu-g/cm2); both layers were enclosed by a thin D027400400009 carbon foil (10 mu-g/cm2) D027400400010 METHOD (EDE) D027400400011 DETECTOR (TELES) Particle-telescope system consisting of a D027400400012 thin dE detector of 15 mu-m thickness and a total D027400400013 energy E detector with a thickness of 500 mu-m and an D027400400014 active area of 50 mm2. D027400400015 Angular distribution measurements were carried out at D027400400016 15 different angles between 15. and 130. degr. . D027400400017 ADD-RES Based on coherent superposition between resonant and D027400400018 direct-capture components, the authors renormalized D027400400019 experimental data from the literature. D027400400020 The renormalization coefficients are: D027400400021 1. W.H.Burke,etc.Phys.Rev.93,188(1954) : 0.12 D027400400022 2. C.H.Paris,etc.Physica(Amsterdam)20,573(1954): 1. D027400400023 3. J.B.Marion etc.,Phys.Rev.103,1408 (1956) : 3.13 D027400400024 4. N.Arena,etc.,Lett.Nuovo Cimento D027400400025 Soc.Ital.Fis.5,879 (1972) : 3.81 D027400400026 5. N.Arena,etc.,Lett.Nuovo Cimento D027400400027 Soc.Ital.Fis.A A38, 101 (1977) : 4.05 D027400400028 6. J.Yan,etc.,Phys.Rev.C55,1890 (1997) : 1. D027400400029 ENDBIB 27 0 D027400400030 COMMON 1 3 D027400400031 E-LVL D027400400032 MEV D027400400033 0.0 D027400400034 ENDCOMMON 3 0 D027400400035 DATA 4 4 D027400400036 EN-CM NUMBER-CM DATA-CM ERR-S D027400400037 MEV NO-DIM NO-DIM NO-DIM D027400400038 0.137 1.0 0.0 D027400400039 0.137 2.0 -0.001 0.031 D027400400040 0.254 1.0 0.0 D027400400041 0.254 2. -0.089 0.016 D027400400042 ENDDATA 6 0 D027400400043 ENDSUBENT 42 0 D027400499999 SUBENT D0274005 20051005 D044D027400500001 BIB 6 13 D027400500002 REACTION (5-B-10(D,P)5-B-11,PAR,SIG,,SFC) fig.6 D027400500003 EN-SEC (E-LVL,5-B-11) D027400500004 FACILITY (CCW,2GERTUB) TU Berlin 360 kV electrostatic D027400500005 accelerator (Cockroft-Walton) D027400500006 SAMPLE The absolute cross sections were determined using a D027400500007 thick boron target (100 mu-g/cm2) on a Ta backing and D027400500008 measuring the thick-target yield at the single D027400500009 backward angle of 135. degr. D027400500010 METHOD (EDE) D027400500011 DETECTOR (TELES) Particle-telescope system consisting of a D027400500012 thin dE detector of 15 mu-m thickness and a total D027400500013 energy E detector with a thickness of 500 mu-m and an D027400500014 active area of 50 mm2. D027400500015 ENDBIB 13 0 D027400500016 COMMON 1 3 D027400500017 E-LVL D027400500018 MEV D027400500019 0.0 D027400500020 ENDCOMMON 3 0 D027400500021 DATA 3 21 D027400500022 EN-CM DATA-CM ERR-S D027400500023 MEV B*MEV B*MEV D027400500024 0.101790 23.684200 2.368420 D027400500025 0.118792 27.315800 2.731580 D027400500026 0.134899 26.210501 2.621050 D027400500027 0.151902 24.947399 2.494740 D027400500028 0.159508 20.210501 2.021050 D027400500029 0.165324 24.157900 2.415790 D027400500030 0.166667 16.736799 1.673680 D027400500031 0.176063 20.684200 2.068420 D027400500032 0.184564 26.210501 2.621050 D027400500033 0.192170 21.631599 2.163160 D027400500034 0.201119 25.263201 2.526320 D027400500035 0.209172 26.052601 2.605260 D027400500036 0.209172 19.894699 1.989470 D027400500037 0.217226 24.000000 2.400000 D027400500038 0.225280 22.578899 2.257890 D027400500039 0.233333 24.473700 2.447370 D027400500040 0.241834 23.684200 2.368420 D027400500041 0.249888 25.578899 2.557890 D027400500042 0.258389 24.947399 2.494740 D027400500043 0.266443 24.315800 2.431580 D027400500044 0.281208 26.684200 2.668420 D027400500045 ENDDATA 23 0 D027400500046 ENDSUBENT 45 0 D027400599999 ENDENTRY 5 0 D027499999999