Table 2: The effect of electron screening on 56Co $ ({\rm e}^- ,\nu _{\rm e} )^{56}$Fe, where the left panel is the results of $(\rho = 2.33\times 10^9$ g/cm3, $Y_{\rm e} =0.43$, D=0.095 MeV, $\Delta Q=0.265$ MeV and the right panel is the results of $(\rho = 2.44\times 10^{10}$ g/cm3, $Y_{\rm e} =0.41$, D=0.208 MeV, $\Delta Q=0.574$ MeV). The other notes are the same as that in Table 1.
T9 (109 K) $\lambda_1$ (s-1) $\lambda_2$ (s-1) C1 C2 $\lambda_1$ (s-1) $\lambda_2$ (s-1) C1 C2
1 2.26E+1 2.30E+0 0.8990 0.8956 1.47E+3 4.57E+2 0.9053 0.8872
2 2.31E+1 2.39E+0 0.9001 0.8957 1.48E+3 4.59E+2 0.9055 0.8876
3 2.38E+1 2.57E+0 0.9019 0.8958 1.49E+3 4.64E+2 0.9058 0.8881
4 2.49E+1 2.81E+0 0.9042 0.8965 1.50E+3 4.70E+2 0.9062 0.8889
5 2.64E+1 3.15E+0 0.9070 0.8981 1.52E+3 4.78E+2 0.9068 0.8899
6 2.83E+1 3.60E+0 0.9102 0.9005 1.53E+3 4.87E+2 0.9074 0.8910
7 3.06E+1 4.18E+0 0.9136 0.9038 1.56E+3 4.99E+2 0.9082 0.8924
8 3.33E+1 4.91E+0 0.9171 0.9076 1.58E+3 5.13E+2 0.9091 0.8938
9 3.66E+1 5.82E+0 0.9206 0.9118 1.62E+3 5.28E+2 0.9100 0.8955
10 4.05E+1 6.95E+0 0.9242 0.9161 1.65E+3 5.46E+2 0.9111 0.8972


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