From: A mathematical model for simulating the phase-based transmissibility of a novel coronavirus

Parameter | Description |
---|---|

n_{B} | The birth rate parameter of bats |

n_{H} | The birth rate parameter of hosts |

n_{P} | The birth rate parameter of people |

m_{B} | The death rate of bats |

m_{H} | The death rate of hosts |

m_{P} | The death rate of people |

1/ω_{B} | The incubation period of bats |

1/ω_{H} | The incubation period of hosts |

1/ω_{P} | The incubation period of people |

1/ω’_{P} | The latent period of people |

1/γ_{B} | The infectious period of bats |

1/γ_{H} | The infectious period of hosts |

1/γ_{P} | The infectious period of symptomatic infection of people |

1/γ’_{P} | The infectious period of asymptomatic infection of people |

β_{B} | The transmission rate from I_{B} to S_{B} |

β_{BH} | The transmission rate from I_{B} to S_{H} |

β_{H} | The transmission rate from I_{H} to S_{H} |

β_{P} | The transmission rate from I_{P} to S_{P} |

β_{W} | The transmission rate from W to S_{P} |

a | The retail purchases rate of the hosts in the market |

μ_{P} | The shedding coefficients from I_{P} to W |

μ’_{P} | The shedding coefficients from A_{P} to W |

1/ε | The lifetime of the virus in W |

δ_{P} | The proportion of asymptomatic infection rate of people |

κ | The multiple of the transmissibility of A_{P} to that of I_{P}. |