95 | | Since \(\omega(E, \theta) = \omega_E(E)\cdot \omega_\theta(\theta) \) |
96 | | |
97 | | \[N_0^\textrm{tot} = \sum_{i=0...N}^{E\in[E_\textrm{min};E_\textrm{max}]}\sum_{j=0...N}^{\theta\in[\theta_\textrm{min};\theta_\textrm{max}]} \omega_E(E_i)\cdot\omega_\theta(\theta_j)\] |
| 95 | Since \(\omega(E, \theta) = \rho(E)\cdot \tau(\theta) \) |
| 96 | |
| 97 | \[N_0^\textrm{tot} = \sum_{i=0...N}^{E\in[E_\textrm{min};E_\textrm{max}]}\sum_{j=0...N}^{\theta\in[\theta_\textrm{min};\theta_\textrm{max}]} \rho(E_i)\cdot\tau(\theta_j) = \sum_{i=0...N}^{E\in[E_\textrm{min};E_\textrm{max}]}\rho(E_i)\cdot\sum_{j=0...N}^{\theta\in[\theta_\textrm{min};\theta_\textrm{max}]} \tau(\theta_j)\] |