平流辐射雾

一次平流辐射雾的观测分析及数值模拟研究

Observational analysis and numerical simulation of an advection-radiation fog event

浅水湖沼&陆面地区平流辐射雾的数值模拟

A Numerical Model of Advection-Radiation Fog Within Shallow-Water Swamp & Land Area

海陆交界处平流辐射雾的二维数值模拟

Two-dimensional modeling of the advection - radiation fogs on the sea-land interface

二维平流辐射雾的数值模拟

Two-Dimension Numerical Model of Advection - Radiation Fogs

一次平流辐射雾的边界层特征及雾水离子组分研究

On the Atmospheric Boundary Layer Character of an Advection-Radiation Fog Process and the Ionic Species Concentration of Fog Water

本文采用二维非定常数值模式，模拟了大气边界层内辐射雾、平流辐射雾和在海陆交界处的平流辐射雾的形成、演变规律。

A two dimentional , time - depending model has been developed to simulate the formation , evolution and dissipation of advection-radiation fogs in the atmospheric boundary layer .

建立了一个二维时变数值模式，模拟了浅水湖沼&陆面地区平流辐射雾形成、演变和消散的基本过程。

A two-dimentional , time-dependent numerical model is developed to simulate the formation , evolution and dissipation of advection-radiation fogs within the shallow-water swamp & land area ( SWSLA ) .

结果表明，半岛南部沿海城市雾季多平流雾，半岛北部沿海城市雾季多锋面雾，整个半岛沿海城市秋冬季多平流辐射雾；

The results show that , the advection fog prevails along the south part and the frontal fog prevails along the north part of the coast of Shandong peninsula in the fog season .