Abstract: Silver chloride, bromide and iodide hydrosol particles were studied as freezing nuclei. Ice nucleation was enhanced through the exchange of iodine ions on the surface of solid silver iodide, using iodine monobromide. Drops ...

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Abstract: The migration of water-insoluble particles during freezing was used to study the structure of ice grown by droplet accretion. Experiments were performed in a cold tunnel under different growth conditions using nickel powder ...

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Abstract: The ice-nucleating abilities of monodispersed airborne particles between 0.01 and 0.12 ?m in diameter were determined at different temperatures for silver iodide, silver iodide/sodium chloride, 1,5-dihydroxynaphthalene and ...

Abstract: The distribution of water-insoluble aerosol particles with diameters in the range 3 to 60 (m has been studied as a function of hailstone radius for a collection of large hailstones. Most of the stones had opaque (probably ...

Abstract: The majority of hydrosol particles in the submicron range in precipitation are produced by separation from the surfaces of larger hydrosolized aerosol particles. Sail particles may produce freezing nuclei active between ...

Abstract: Measurements of ice-forming nuclei and other components of the atmospheric aerosol (cloud condensation nuclei, Aitken nuclei, giant particles) were made at two ground stations in the operational area of a Colorado field ...

Abstract: There are two populations of aerosol particles in severe storms: normal background aerosol and aerosolized soil particles. Concentration of the latter, which depends on local wind speed and soil conditions, may be orders ...