8.2 cA.40.24_mu.0.004000 {# cA.40.24_mu.0.004000 charm}

amu_{sd,rein}(eq,c0) = 9.535(90)e-10 \(\chi^2/dof=\) 0

amu_{sd,rein}(eq,c1) = 8.379(80)e-10 \(\chi^2/dof=\) 0

amu_{sd,rein}(eq,c2) = 7.956(80)e-10 \(\chi^2/dof=\) 0

amu_sd_rein(eq,Metac) = 9.071(77)e-10 \(\chi^2/dof=\) 0

amu_sd_rein(eq,MJPsi) = 9.265(83)e-10 \(\chi^2/dof=\) 0

amu_{W,rein}(eq,c0) = 4.75(100)e-10 \(\chi^2/dof=\) 0

amu_{W,rein}(eq,c1) = 3.92(100)e-10 \(\chi^2/dof=\) 0

amu_{W,rein}(eq,c2) = 3.64(100)e-10 \(\chi^2/dof=\) 0

amu_W_rein(eq,Metac) = 4.404(28)e-10 \(\chi^2/dof=\) 0

amu_W_rein(eq,MJPsi) = 4.547(17)e-10 \(\chi^2/dof=\) 0

amu_{sd,rein}(op,c0) = 6.129(90)e-10 \(\chi^2/dof=\) 0

amu_{sd,rein}(op,c1) = 5.141(80)e-10 \(\chi^2/dof=\) 0

amu_{sd,rein}(op,c2) = 4.783(80)e-10 \(\chi^2/dof=\) 0

amu_sd_rein(op,Metac) = 5.73(12)e-10 \(\chi^2/dof=\) 0

amu_sd_rein(op,MJPsi) = 5.90(12)e-10 \(\chi^2/dof=\) 0

amu_{W,rein}(op,c0) = 4.04(100)e-10 \(\chi^2/dof=\) 0

amu_{W,rein}(op,c1) = 3.28(100)e-10 \(\chi^2/dof=\) 0

amu_{W,rein}(op,c2) = 3.029(90)e-10 \(\chi^2/dof=\) 0

amu_W_rein(op,Metac) = 3.719(31)e-10 \(\chi^2/dof=\) 0

amu_W_rein(op,MJPsi) = 3.850(23)e-10 \(\chi^2/dof=\) 0