D_m(decoh.1) = 10^{(0.5logF1+0.5logF2)}

D_m(decoh.2) = 10^{(0.5logF2+0.5logF3)}

D_m(decoh.3) = 10^{(0.5logF3+0.5logF4)}

D_m(decoh.4) = 10^{(0.5logF4+0.5logF5)}

D_m(decoh.5) = 10^{(0.5logF5+0.5logF6)}

D_m(decoh.6) = 10^{(0.5logF6+0.5logF7)}

D_m(decoh.7) = 10^{(0.5logF7+0.5logF8)}

D_m(decoh.8) = 10^{(0.5logF8+0.5logF9)}

D_m(decoh.9) = 10^{(0.5logF9+0.5logF10)}

D_m(decoh.10) = 10^{(0.5logF10+0.5logF11)}

D_m(decoh.11) = 10^{(0.5logF11+0.5logF12)}

D_m(decoh.12) = 10^{(0.5logF12+0.5logF13)}