Aerosols supply bioaccessible iron to marine biota which could affect climate through
biogeochemical feedbacks. This paper review progresses in research on pyrogenic aerosol …

The interplay between sulfur and iron holds significant importance in their atmospheric
cycle, yet a complete understanding of their coupling mechanism remains elusive. This …

The importance of dust heterogeneous oxidation in the removal of atmospheric SO 2 and
formation of sulfate aerosols is not adequately understood. In this study, the Fe-, Ti-, and Al …

Deposition of anthropogenic aerosols may contribute significantly to dissolved Fe in the
open ocean, affecting marine primary production and biogeochemical cycles; however …

Iron (Fe) in aerosol particles is a major external source of micronutrients for marine
ecosystems, and poses a potential threat to human health. To understand these impacts of …

The current poor understanding of soluble iron (Fe) yield in atmospheric aerosols leaves two
observational facts having not yet been correctly simulated in numerical models: the high Fe …

Efficient sulfur-tolerant catalysts for purification in sulfur-containing steel sintering flue gas
remain a severe challenge. Herein, a series of Fe 2 O 3 modified by WO 3-supported PdO σ …

Heterogeneous uptake of SO 2 on mineral dust is a predominant formation pathway of
sulfates, whereas the contribution of photo-induced SO 2 oxidation to sulfates on the dust …

The heterogeneous reactions of SO 2 on organic aerosols (OA) have been proposed as a
significant source of sulfates. The photochemical conversion of SO 2 to sulfates on the …

Field observations have confirmed that halide ions are widely distributed among aerosols
from the marine boundary layer and on the surfaces of ice and snow in polar regions …