| 63 | | q_\mathrm{r}}{\partial t} \right|_\text{sed, r}, |
| | 63 | q_\mathrm{r}}{\partial t} \right|_\text{sed, r},\\ |
| | 64 | & \Psi_{N_\mathrm{c}} = \left.\frac{\partial N_\mathrm{c}}{\partial t} \right|_{\text{acti}}+ \left.\frac{\partial N_\mathrm{c}}{\partial t} \right|_\text{auto}+ \left.\frac{\partial N_\mathrm{c}}{\partial t} \right|_{\text{evap}}+ \left.\frac{\partial N_\mathrm{c}}{\partial t} \right|_\text{sed, c},\\ |
| | 65 | & \Psi_{q_\mathrm{c}} = \left.\frac{\partial |
| | 66 | q_\mathrm{c}}{\partial t} \right|_{\text{auto}} + |
| | 67 | \left.\frac{\partial q_\mathrm{c}}{\partial t} |
| | 68 | \right|_{\text{accr}}+ \left.\frac{\partial q_\mathrm{c}}{\partial |
| | 69 | t} \right|_{\text{cond,evap}}+ \left.\frac{\partial |
| | 70 | q_\mathrm{c}}{\partial t} \right|_\text{sed, c}, |
