The impacts of clouds on the radiative heating rate depend on the height and thickness of clouds.
云对沙尘层辐射加热(冷却)率的影响与云的高度和厚度有关。
Radiative effects of dust aerosol impacted the solar radiation flux arrived the floor, solar heating rate, temperature, wind, and the physic quantity of boundary layer.
沙尘辐射效应影响到达地面短波辐射量、短波辐射加热率、温度、风及边界层特征量等的变化。
The line-by-line radiative transfer model (LBLRTM) is an accurate software for the application of radiative transfer. It can calculate the atmosphere spectral transmittance, radiance and cooling rate.
逐线积分辐射传输模式(LBLRTM)是国际上公认的精确辐射传输算法，它高分辨率、高精度地计算大气光谱透过率、大气辐射量和大气加热率。
The line-by-line radiative transfer model (LBLRTM) is an accurate software for the application of radiative transfer. It can calculate the atmosphere spectral transmittance, radiance and cooling rate.
逐线积分辐射传输模式(LBLRTM)是国际上公认的精确辐射传输算法，它高分辨率、高精度地计算大气光谱透过率、大气辐射量和大气加热率。
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