#NO           A0037-2
#TITLE        Trojan horse method applied to 9Be(p,a)6Li at astrophysical energies
#AUTHOR       Qun-Gang Wen, Cheng-Bo Li, Shu-Hua Zhou, Qiu-Ying Meng, Jing Zhou, Xiao-Mei Li,
#             Shou-Yang Hu, Yuan-Yong Fu
#INSTITUTE   
#REFFERENCE   PR/C78(2008)035805
#REACTION     9Be(p,a)6Li
#PHQ          S-factor
#STATUS       Table.2
#             Analytical
#Compiled     A.Makinaga in 2010/2/6
#Checked      
#COMENT       (1)S(E)=S(0)+S1*E+S2*E^2+S3*E^3+S4*E^4+S5*E^5
#                S(0)(MeV b)(MeV-b):21.0 +-0.8
#                S1(b):-92.4 +-13.4
#                S2(MeV^{-1}-b):4669 +-78.5
#                S3(MeV^{-2}-b):-4.413E+04 +-331
#                S4(MeV^{-3}-b):2.193E+05 +-1251
#                S5(MeV^{-4}-b):-3.768E+05 +-3483
#                Kai^2/ndf: 5.3/6
#             (2)Numerical values are plotted based on the analytical expression.
#             (3)Experimental data are also shown in Table.1. See A0037-1.          
#=============================================================
# DATA
#=============================================================
#Ecm       S-factor     
#(MeV)    (MeV-b)       
0.0120     20.5 
0.0175 	   20.6 
0.0230 	   20.9 
0.0285 	   21.3 
0.0340 	   21.8 
0.0395 	   22.4 
0.0450 	   23.1 
0.0505 	   23.9 
0.0560 	   24.7 
0.0615 	   25.5 
0.0670 	   26.4 
0.0725 	   27.3 
0.0780 	   28.3 
0.0835 	   29.3 
0.0890 	   30.3 
0.0945 	   31.4 
0.1000 	   32.5 
0.1055 	   33.6 
0.1110 	   34.9 
0.1165 	   36.1 
0.1220 	   37.5 
0.1275 	   38.9 
0.1330 	   40.4 
0.1385 	   42.0 
0.1440 	   43.7 
0.1495 	   45.5 
0.1550 	   47.4 
0.1605 	   49.4 
0.1660 	   51.5 
0.1715 	   53.7 
0.1770 	   56.0 
0.1825 	   58.4 
0.1880 	   60.9 
0.1935 	   63.4 
0.1990 	   66.1 
0.2045 	   68.7 
0.2100 	   71.4 
0.2155 	   74.1 
0.2210 	   76.8 
0.2265 	   79.4 
0.2320 	   81.9 
0.2375 	   84.2 
0.2430 	   86.4 
0.2485 	   88.4 
0.2540 	   90.0 
0.2595 	   91.3 
0.2650 	   92.2 
0.2705 	   92.6 
0.2760 	   92.4 
0.2815 	   91.6 
0.2870 	   90.0 
0.2925 	   87.6 
#EOD
#==============================================================
#JCPRG NRDF/A