8.3 cA.30.32_mu.0.003000 {# cA.30.32_mu.0.003000 charm}

amu_{sd,rein}(eq,c0) = 1.251(100)e-9 \(\chi^2/dof=\) 0

amu_{sd,rein}(eq,c1) = 1.130(100)e-9 \(\chi^2/dof=\) 0

amu_{sd,rein}(eq,c2) = 1.086(100)e-9 \(\chi^2/dof=\) 0

amu_sd_rein(eq,Metac) = 1.2019(43)e-9 \(\chi^2/dof=\) 0

amu_sd_rein(eq,MJPsi) = 1.2209(44)e-9 \(\chi^2/dof=\) 0

amu_{W,rein}(eq,c0) = 4.74(14)e-10 \(\chi^2/dof=\) 0

amu_{W,rein}(eq,c1) = 3.92(12)e-10 \(\chi^2/dof=\) 0

amu_{W,rein}(eq,c2) = 3.64(11)e-10 \(\chi^2/dof=\) 0

amu_W_rein(eq,Metac) = 4.394(27)e-10 \(\chi^2/dof=\) 0

amu_W_rein(eq,MJPsi) = 4.527(13)e-10 \(\chi^2/dof=\) 0

amu_{sd,rein}(op,c0) = 1.132(100)e-9 \(\chi^2/dof=\) 0

amu_{sd,rein}(op,c1) = 1.025(100)e-9 \(\chi^2/dof=\) 0

amu_{sd,rein}(op,c2) = 9.86(100)e-10 \(\chi^2/dof=\) 0

amu_sd_rein(op,Metac) = 1.0879(80)e-9 \(\chi^2/dof=\) 0

amu_sd_rein(op,MJPsi) = 1.1047(77)e-9 \(\chi^2/dof=\) 0

amu_{W,rein}(op,c0) = 4.03(12)e-10 \(\chi^2/dof=\) 0

amu_{W,rein}(op,c1) = 3.27(10)e-10 \(\chi^2/dof=\) 0

amu_{W,rein}(op,c2) = 3.027(94)e-10 \(\chi^2/dof=\) 0

amu_W_rein(op,Metac) = 3.708(30)e-10 \(\chi^2/dof=\) 0

amu_W_rein(op,MJPsi) = 3.830(22)e-10 \(\chi^2/dof=\) 0