Abstract Knowledge of aerosol size and composition is very important for investigating the
radiative forcing impacts of aerosols, distinguishing aerosol sources, and identifying harmful …

The effect of aerosol particles in the atmospheric radiative transfer has great uncertainty. A
computer code for accurate calculation of the optical properties and vector radiative transfer …

Light-absorbing black carbon (BC) aerosols strongly affect Earth's radiation budget and
climate. This paper presents satellite retrieval of BC over India based on observations from …

With the recent increases in atmosphere aerosol concentration, its impact on agriculture in
China is of considerable concern for scientific community. In this study, the effects that …

The lack of aerosol shape data is one of the causes for the uncertainty of aerosol radiative
forcing. In this paper, the parameterization of aerosol particle shape is successfully …

Knowledge of aerosol-type distribution is critical to the evaluation of aerosol–climate effects.
However, research on aerosol-type distribution covering all is limited. This study …

A new method was developed for classifying aerosol types involving a machine-learning
approach to the use of satellite data. An Aerosol Robotic NETwork (AERONET)-based …

Aerosol types in Asian capital cities were classified using a random forest (RF) satellite-
based aerosol classification model during 2018–2020 in an investigation of the contributions …

Black carbon (BC), a component of atmospheric aerosols, strongly adsorbs solar radiation,
thereby influencing atmospheric stability and air quality. In this study, the spatiotemporal …

Infrared spectral radiation accounts for about 43% of total solar radiation and is widely used
in satellite remote sensing, detection, industry, and other fields. Therefore, the study of …