Table 4

Parameters . | Physical meaning (unit) . | Value . |
---|---|---|

U_{m} | Tension water capacity of upper layer (mm) | 5 |

L_{m} | Tension water capacity of lower layer (mm) | 50 |

D_{m} | Tension water capacity of deep layer (mm) | 10 |

IMP | Ratio of impervious area to the total catchment area (%) | 0.05 |

C | Evapotranspiration coefficient of the deeper layer (–) | 0.1 |

B | Exponential of the distribution of tension water capacity (–) | 0.36 |

S_{m} | Free water capacity (mm) | 5 |

E_{x} | Exponent of the distribution of free water capacity (–) | 1.4 |

kg | Outflow coefficient of the free water storage to groundwater (–) | 0.2 |

k_{i} | Outflow coefficient of the free water storage to interflow (–) | 0.5 |

Parameters . | Physical meaning (unit) . | Value . |
---|---|---|

U_{m} | Tension water capacity of upper layer (mm) | 5 |

L_{m} | Tension water capacity of lower layer (mm) | 50 |

D_{m} | Tension water capacity of deep layer (mm) | 10 |

IMP | Ratio of impervious area to the total catchment area (%) | 0.05 |

C | Evapotranspiration coefficient of the deeper layer (–) | 0.1 |

B | Exponential of the distribution of tension water capacity (–) | 0.36 |

S_{m} | Free water capacity (mm) | 5 |

E_{x} | Exponent of the distribution of free water capacity (–) | 1.4 |

kg | Outflow coefficient of the free water storage to groundwater (–) | 0.2 |

k_{i} | Outflow coefficient of the free water storage to interflow (–) | 0.5 |

This site uses cookies. By continuing to use our website, you are agreeing to our privacy policy.