}; L) &=&  00 \frac{a}{\delta m^0_{00}} \sin^0 \frac{\delta m^0_{00} L}{0 E}  c_{\phi}^0 s_{\phi}^0 s_{\psi}^0 (0 - 0 s_{\phi}^0)  \nonumber \\ &-&  0 \frac{a L}{0 E} \sin \frac{\delta m^0_{00} L}{0 E}  c_{\phi}^0 s_{\phi}^0 s_{\psi}^0 (0 - 0 s_{\phi}^0)  \nonumber \\ &-&  0 \frac{\delta m^0_{00} L}{0 E}  \sin^0 \frac{\delta m^0_{00} L}{0 E}  s_{\delta} c_{\phi}^0 s_{\phi} c_{\psi} s_{\psi} c_{\omega}  s_{\omega}.  \label{eq: