LACIS-measurements and parameterization of sea-salt particle hygroscopic growth and activation

ABSTRACT: The present research was conducted to evaluate the interaction effects of exogenous abscisic acid (ABA) and salt stress on phenolic compounds, growth and yield of two

Operating two laminar flow DEG CPCs with di ff erent cut-o ff sizes together with other aerosol instruments, we looked at the growth rates of aerosol population in the CLOUD chamber

Based on these measurements, the hygroscopic pa- rameter κ , and the ZSR mixing rule was used to examine the relationship between the particle hygroscopic growth, the CCN activity,

di ff erences due to cloud parameterization schemes, in CTL and MAC, the other is the influence of aerosol activation and associated cloud particle numbers and sizes; how- ever, the

Annual mean emissions (2006–2010) of (a) sea salt aerosol and (b) primary marine organic matter (PMOM) in sea spray aerosol, (c) the mass fraction (in the dry diameter range of

During the FROST-2 (FReezing Of duST) mea- surement campaign conducted at the Leipzig Aerosol Cloud Interaction Simulator (LACIS), we investigated changes in the ice

aerosol chloride signal was observed during sea sweep experiments when the source of the aerosol chloride was NaCl present in artificially generated sea salt aerosols even though

For period I and III, the consideration of sodium from sea salt aerosol is most important, while accounting for the additional major cations calcium and magnesium from mineral