This study assesses the impact of dust on surface solar radiation focussing on an extreme
dust event. For this purpose, we exploited the synergy of AERONET measurements and …

We investigate the effects of thermal radiation on cloud development in large-eddy
simulations (LESs) with the UCLA-LES model. We investigate single convective clouds …

We present a novel hybrid scattering order-dependent variance reduction method to
accelerate the convergence rate in both forward and backward Monte Carlo radiative …

This study evaluates 3‐D cloud effects on the radiation budget with a combined use of active
sensor cloud profiling radar/CloudSat and imager Moderate Resolution Imaging …

The vehicles that fly the satellite into a model of the Earth system are observation operators.
They provide the link between the quantities simulated by the model and the quantities …

The maximum cross-section method is useful for efficient Monte Carlo radiative transfer
simulation in an inhomogeneous atmosphere that consists of many small volume elements …

Similarity relations applied to ice cloud radiance calculations are theoretically analyzed and
numerically validated. If τ (1–ϖ) and τ (1–ϖg) are conserved where τ is optical thickness, ϖ …

The impact of ice clouds on solar disk and circumsolar radiances is investigated using a
Monte Carlo radiative transfer model. The monochromatic direct and diffuse radiances are …

Based on the mathematical model of the propagation of an acoustic signal in a fluctuating
medium, the inverse problem is formulated, which includes determination a function that …

摘要为了解气溶胶空间非均匀性对近红外辐射传输过程的影响, 构造了典型非均匀气溶胶场,
采用辐射传输模式球谐离散坐标法(SHDOM) 模拟了对应情形下的漫射光强 …