In this study, coarse-(PM2. 5-10) and fine (PM2. 5) fraction aerosol samples were collected
using a dichotomous sampler, and their metallic composition (Mg, Al, Ti, Ca, Cr, Cu, Fe, K …

The microphysical model Marine Aerosol Extinction Profiles (MaexPro) for surface layer
marine and coastal atmospheric aerosols, which is based on long-term observations of size …

Relatively inexpensive laser-guided weapons were identified as an important threat to naval
platforms operating in littoral environments. Countermeasures (CM) developed against laser …

We first deal with sea-spray flux estimates for short fetch conditions in coastal Mediterranean
areas. To this end, a sea-state dependent model for the whitecap fraction was included in …

We present a microphysical model for the surface layer marine and coastal atmospheric
aerosols that is based on long-term observations of size distributions for 0.01–100 µm …

Remote detection and characterization of laser beams propagating in maritime atmospheres
is discussed. A model for off-axis scattered laser light based on Mie scattering from maritime …

Results of detectable distance calculations for a visual navigation system based on a
scanning semiconductor laser with electronic pumping (SSLEP) are presented. A …

The atmospheric aerosol has a large influence on global climate through its ability of
scattering and absorbing electromagnetic radiation, which affect the Earth's radiative …

Although analysis of long‐term data is necessary to obtain reliable information on
characteristics of atmospheric visibility and its relationship with air pollution, it has rarely …

The coastal areas are characterized by specific processes, which are necessary to better
understand for the atmospheric aerosol climate interaction. An empirical model was …