ENTRY D4331 20160513 D106D433100000001 SUBENT D4331001 20160513 D106D433100100001 BIB 7 27 D433100100002 TITLE Constraining big bang lithium production with recent D433100100003 solar neutrino data D433100100004 AUTHOR (M.P.Takacs,D.Bemmerer,T.Szucs,K.Zuber) D433100100005 INSTITUTE (2GERZFK,2GERDRE) D433100100006 REFERENCE (J,PR/D,91,123526,2015) D433100100007 #doi:10.1103/PhysRevD.91.123526 D433100100008 METHOD The astrophysical S-factor of 3He(p,g)7Be reaction D433100100009 was determined at the solar Gamow peak by using D433100100010 experimentally measured solar neutrino fluxes from D433100100011 Borexino and SNO. D433100100012 (1) The 3He(a,g)7Be reaction rate was modified from D433100100013 the value in the solar standard model so that the D433100100014 7Be and 8B neutrino fluxes calculated with the D433100100015 solar standard model parameter set reproduces the D433100100016 measured 7Be and 8Be neutrino fluxes. D433100100017 (2) The S-factor at the solar energy (23 keV) was D433100100018 rescaled by relating the adjusted reaction rate D433100100019 and S-factor by "Solar Fusion II" parametrization. D433100100020 (3) The S-factor at zero energy was determined from D433100100021 the 23 keV S-factors from this work and D433100100022 experimental S-factors assuming that the "Solar D433100100023 Fusion II" functional form. D433100100024 ADD-RES (RRATE) Using the new evaluation of the S-factor D433100100025 curve, the thermonuclear reaction rate of 3He(a,g)7Be D433100100026 was calculated for the relevant temperature range of D433100100027 Big Bang nucleosynthesis. D433100100028 HISTORY (20160513C) MPT D433100100029 ENDBIB 27 0 D433100100030 NOCOMMON 0 0 D433100100031 ENDSUBENT 30 0 D433100199999 SUBENT D4331002 20160513 D106D433100200001 BIB 3 3 D433100200002 REACTION (2-HE-3(A,G)4-BE-7,,SIG,,SFC,EVAL) D433100200003 ERR-ANALYS (DATA-ERR).No information on source of uncertainties D433100200004 STATUS (TABLE) Section VII. of the article D433100200005 ENDBIB 3 0 D433100200006 NOCOMMON 0 0 D433100200007 DATA 5 2 D433100200008 EN-CM +EN-ERR -EN-ERR DATA DATA-ERR D433100200009 KEV KEV KEV B*KEV B*KEV D433100200010 0. 0.561 0.014 D433100200011 23. 6. 5. 0.548 0.054 D433100200012 ENDDATA 4 0 D433100200013 ENDSUBENT 12 0 D433100299999 SUBENT D4331003 20160513 D106D433100300001 BIB 2 2 D433100300002 REACTION (2-HE-3(A,G)4-BE-7,,SGV,,,EVAL) D433100300003 STATUS (TABLE) Table 4. of the article D433100300004 ENDBIB 2 0 D433100300005 NOCOMMON 0 0 D433100300006 DATA 2 45 D433100300007 KT-K DATA D433100300008 K9 CM3/S/MOL D433100300009 0.002 2.475e-36 D433100300010 0.003 7.147e-31 D433100300011 0.004 1.975e-27 D433100300012 0.005 5.518e-25 D433100300013 0.006 4.040e-23 D433100300014 0.007 1.243e-21 D433100300015 0.008 2.096e-20 D433100300016 0.009 2.279e-19 D433100300017 0.010 1.778e-18 D433100300018 0.011 1.071e-17 D433100300019 0.012 5.240e-17 D433100300020 0.013 2.166e-16 D433100300021 0.014 7.789e-16 D433100300022 0.015 2.490e-15 D433100300023 0.016 7.203e-15 D433100300024 0.018 4.712e-14 D433100300025 0.020 2.372e-13 D433100300026 0.025 6.018e-12 D433100300027 0.03 7.019e-11 D433100300028 0.04 2.515e-9 D433100300029 0.05 3.177e-8 D433100300030 0.06 2.184e-7 D433100300031 0.07 1.013e-6 D433100300032 0.08 3.581e-6 D433100300033 0.09 1.038e-5 D433100300034 0.10 2.589e-5 D433100300035 0.11 5.747e-5 D433100300036 0.12 1.162e-4 D433100300037 0.13 2.178e-4 D433100300038 0.14 3.832e-4 D433100300039 0.15 6.398e-4 D433100300040 0.16 1.021e-3 D433100300041 0.18 2.331e-3 D433100300042 0.20 4.731e-3 D433100300043 0.25 1.936e-2 D433100300044 0.30 5.619e-2 D433100300045 0.35 1.306e-1 D433100300046 0.40 2.606e-1 D433100300047 0.45 4.652e-1 D433100300048 0.50 7.636e-1 D433100300049 0.60 1.714e0 D433100300050 0.70 3.243e0 D433100300051 0.80 5.454e0 D433100300052 0.90 8.422e0 D433100300053 1.00 1.220e1 D433100300054 ENDDATA 47 0 D433100300055 ENDSUBENT 54 0 D433100399999 ENDENTRY 3 0 D433199999999