Table 1: The effect of electron screening on ⁵⁶Co $({\rm e}^- ,\nu _{\rm e} )^{56}$ Fe. ( $T= 5\times 10^9$ K, $Y_{\rm e} =0.45)$ , C₁ denotes the screening factor in the fiducial GT resonance distribution, C₂ denotes the screening factor with the improved GT resonance distribution.
$\log_{10}~(\rho Y_{\rm e})$ $\lambda_1$ (s^-1) $\lambda_2$ (s^-1) C₁ C₂

7.00 2.69E-2 1.11E-2 0.9516 0.9521

7.50 1.06E-1 3.69E-2 0.9374 0.9453

8.00 5.49E-1 1.31E-1 0.9214 0.9396

8.50 3.64E+0 5.28E-1 0.9102 0.9303

9.00 2.74E+1 3.28E+0 0.9062 0.8965

9.50 2.09E+2 4.11E+1 0.9061 0.8812

10.00 1.55E+3 4.91E+2 0.9072 0.8905

10.50 1.11E+4 4.71E+3 0.9083 0.8981

11.00 7.77E+4 3.94E+4 0. 9095 0.9032

**Table 1:** The effect of electron screening on ⁵⁶Co $({\rm e}^- ,\nu _{\rm e} )^{56}$ Fe. ( $T= 5\times 10^9$ K, $Y_{\rm e} =0.45)$ , C₁ denotes the screening factor in the fiducial GT resonance distribution, C₂ denotes the screening factor with the improved GT resonance distribution.
$\log_{10}~(\rho Y_{\rm e})$	$\lambda_1$ (s^-1)	$\lambda_2$ (s^-1)	C₁	C₂
7.00	2.69E-2	1.11E-2	0.9516	0.9521
7.50	1.06E-1	3.69E-2	0.9374	0.9453
8.00	5.49E-1	1.31E-1	0.9214	0.9396
8.50	3.64E+0	5.28E-1	0.9102	0.9303
9.00	2.74E+1	3.28E+0	0.9062	0.8965
9.50	2.09E+2	4.11E+1	0.9061	0.8812
10.00	1.55E+3	4.91E+2	0.9072	0.8905
10.50	1.11E+4	4.71E+3	0.9083	0.8981
11.00	7.77E+4	3.94E+4	0. 9095	0.9032

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